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(h) TROM - 2.28 Questions and the Collapse

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    As you saw, most situations
    and ideas,
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    created or perpetuated
    by the monetary system
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    are: immoral, insufficient, and based
    more on imagination than reality.
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    Moreover, these situations, ideas and
    problems can be solved, or improved,
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    by the abundance of goods and
    services, as well as education.
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    But, as we have seen, these solutions cannot
    be applied in the monetary system
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    which has created or perpetuated them.
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    To move to a resource based economy, a system
    without wars, politics, or poverty,
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    a society which will produce a significant
    reduction of criminality,
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    by creating abundance,
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    you must ask some questions,
    about the current system.
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    We saw that the monetary system,
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    which relies heavily on the agreement of
    individuals to accept papers as valuable
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    and auto limitation through money
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    (although they no longer have
    any relevance today),
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    maintains a constant inequality
    between people,
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    creating social classes
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    (functions, degree of education, etc.),
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    which leads directly to a
    system with problems.
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    To judge another system, another
    organization of human beings,
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    you should relate to
    your current system.
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    So, do not forget.
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    - In this system you do not
    choose to participate.
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    - Even if you choose
    not to participate,
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    it's almost impossible to
    survive due to restrictions.
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    Same happens with access
    to information, comfort, etc.
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    - Monetary system relies
    heavily on imagination.
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    Think about the documents
    that create your identity.
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    These are only papers, and
    are very easy to replicate.
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    How can the monetary system
    be trusted
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    when there are many people on planet
    Earth that replicate various currencies,
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    and use them like citizens of this system do,
    without working for them.
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    When every day millions
    of spam is sent,
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    thousands of them scams struggling
    to obtain money unlawfully.
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    We live in an unequal society, because
    of this inequality among us
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    we have to guard our goods to
    prevent others from stealing.
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    How can you feel safe
    in a society like that?
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    How are you not saddened
    by the fact
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    that there are so many people
    without anything in this system.
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    Deprivation is a mockery
    of humanity.
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    How are you not afraid that people
    who have nothing to lose
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    might kill you for food,
    like wild animals.
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    How do you walk on the streets,
    knowing that there are thousands,
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    if not millions, of such people,
    who have no food to survive.
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    Or, how do you accept that individuals
    from your own species are starving?
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    How do you pass by those people,
    and remain indifferent?
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    - Jay, we are here in Cleveland
    Ohio, you are homeless,
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    - Yes sir.
    - Tell me about it.
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    - It's extremely difficult these days,
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    like many other people I lost my job,
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    my home was foreclosed, I worn out being
    homeless... about 2 years now.
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    There are groups... support groups.
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    They will help you with
    certain things, but
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    It's like you get the run around
    everywhere you go.
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    "See this guy", "see this guy",
    "see that guy"
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    I would like to see it possible
    that these services
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    and things that are available
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    could be condensed into
    one central group.
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    one bureau, or whatever
    you might call it
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    Where you can go and get
    whatever need you have
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    to a certain place, not be
    running over here for this
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    over there for that,
    back here for this
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    come back Tuesday,
    come back Friday...
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    You spend your time spinning your
    wheels not getting what you need.
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    - How do you survive?
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    - I survive with a little bit
    of help from food stamps
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    and a few friends that I have
    helping me here and there...
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    Shelters, churches that
    are nice enough,
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    like this one centrally here.
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    They'll provide you at least a
    good meal on the weekend...
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    And just faith.
    Just keep trying...
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    - If you had three wishes,
    what would they be?
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    - If I had three wishes...
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    I believe first I would wish that everyone
    would treat everyone as equals.
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    The man that has a $100,000 dollar job,
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    is no better person than the guy that is picking
    up garbage on the corner for somebody.
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    We are all the same, we
    are all human beings.
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    Why can't we just help each other?
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    That would be my first wish...
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    And I think if everyone get that, I might
    not even need two more wishes.
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    If everybody helped everybody
    and got along, we'd all be alright.
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    - Thank you very much for
    talking to me. - Yes sir.
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    In a system with so much deprivation
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    we have prisons that offer a bed,
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    daily food, and a roof over your head.
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    Some even have special programs
    for inmates to be entertained
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    and allow them to learn.
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    It’s insane to think that people that
    do nothing wrong battle to survive
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    but those that harm others have the
    necessities of life provided for them.
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    How do you remain calm,
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    when the justice system is based on a
    language that is subject to interpretation.
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    Everything you say, can be interpreted
    the way the listener wants.
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    How safe do you feel knowing that
    you are obedient in front of authority,
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    obedience which is driven by the fear of
    being deprived of your current status.
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    Remember, that the monetary system
    is a surface system.
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    You recognize people by uniform,
    or some documents, papers,
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    and this is dangerous, because
    they can be forged easily.
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    How do you trust the food,
    offered by the system,
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    when it is produced by companies
    that just want profit.
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    Consider advertising methods, that encourage
    you to buy low-quality products,
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    which don’t perform
    as well as they claim.
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    What do you think about those
    people, in advertising,
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    that take advantage of
    your subconscious,
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    making you a prolific consumer.
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    That do tests, on children, to find out how
    to get people to buy their products.
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    How can a monetary system work,
    if people are not motivated by money?
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    What do you think about a system,
    that ignores the planet's resources,
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    does not care about
    Earth’s carrying capacity
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    and continues to use oil to generate energy
    despite renewable energy being abundant.
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    How can you feel free in a
    society with so many laws?
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    Knowing that the laws do not solve problems,
    but only punish those who disobey.
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    The justice system does
    not lead anywhere.
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    So, you will not get rid
    of these laws,
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    on the contrary,
    they will multiply.
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    What do you think about the
    fact that low-quality goods
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    are produced intentionally,
    to maintain the market?
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    Do you not feel it is a
    waste of resources?
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    Do you not feel that
    it’s a mockery?
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    Your health is in danger
    with such a system,
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    that asks you to exchange money,
    for your eventual repair.
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    What if you do not
    have money?
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    What if you do not
    have enough money?
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    It is shocking that you can die,
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    while solutions exist
    for your treatment.
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    It’s insane to think
    that you can die
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    because you do not
    own some papers,
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    papers without any
    actual value.
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    How can you trust the health system,
    when it values profit over your health?
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    Are you not scared of an overpopulated world,
    which is the result of our culture?
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    The idea of the family, makes people
    want to have one, or more children,
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    and this idea is created, and
    perpetuated, by the culture.
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    Do you not fear this?
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    Do you not feel offended that you had to
    learn an old and inefficient language,
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    that you can share with
    only a few people?
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    It was decided for you by the
    area in which you were born,
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    called a "country".
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    Isn’t it ridiculous that people are still
    separated by things like nationality?
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    while our real value, as a
    species, is not recognized?
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    Many people believe
    politicians are corrupt,
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    yet they still support the
    system that enables them.
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    How can you support something
    that you believe to be corrupt?
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    Why let your life decisions
    be made by other people.
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    Can’t you take care of yourself?
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    Do you prefer having your
    decisions made by others?
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    Do you not find it is hard to live in a world
    where everyone has a right to an opinion,
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    that leads to a total chaos?
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    And what is the value of your opinion?
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    If you say that religion is an invention,
    will it improve anything?
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    You have to pay money
    for food and water!
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    Necessities of life
    that no-one owns.
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    Why should you pay for them?
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    Just because you were
    born on planet 'Earth'?
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    Everyone wants to benefit
    from the system,
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    but benefiting often leads
    to others being neglected.
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    This naturally leads to stealing which
    requires officers to prevent.
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    People without access to necessities will try
    to obtain goods and services by any means,
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    often not accepted by the system
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    because everything here is based
    on money and ownership.
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    How safe do you feel knowing that people will
    always try to take advantage of others,
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    and possibly you.
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    Do you not find it chaotic
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    in a system where people rely more on
    movies than scientific documentaries?
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    People draw conclusions
    from Terminator and E.T.,
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    on some important subjects.
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    Are you not afraid of people committing
    crimes with your identity
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    in a system where everything
    is subject to interpretation.
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    What do you think about a system that
    creates billions of decorative elements,
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    when hundreds of thousands of
    people die daily of starvation,
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    and hundreds of thousands
    do not have shelter.
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    Don’t you think it’s crazy that
    there is a massive gap
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    between present technology
    and the devices produced?
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    There is also a gap between what
    the average person knows
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    and what scientists
    have discovered.
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    For example: Do you know how
    your refrigerator works?
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    What about your mobile phone?
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    Can you enumerate five internal
    organs of your body?
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    Do you know how they work?
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    Do you not find it hard
    to form solid ideas
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    in a system that allows thousands
    of conspiracy theories?
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    A society that leaves room
    for interpretation,
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    and a society where religion
    is conveyed as truth
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    when science contradicts
    it with verifiable results.
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    How do you trust people that believe
    there is a creature in the sky,
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    who watches everything you do,
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    and if you don't believe in him,
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    you will be sent to hell
    where you’ll burn eternally.
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    Those people cannot present
    any proof of that,
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    and still, they are considered
    to be normal.
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    Even more, most of them
    populate the planet.
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    And the monetary system does nothing
    to clarify the situation.
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    What do you think about the fact
    that most of the children are told,
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    that this story is real,
    the story of religion?
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    How crazy is it to say to a child
    that if he doesn't pray,
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    and if he is not a faithful person,
    he will burn eternally in hell.
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    Why does the system
    allow the situation?
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    Don't you ever wonder why you collect so many
    objects even though you may not use them?
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    Don’t you ever wonder why we have
    to constantly replace items?
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    What is this race all about?
    Aren't you tired?
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    Remember: Sexual attraction,
    pheromones, sex.
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    Now, we have:
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    1. The culture accepted by the monetary system,
    promotes the family idea.
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    The idea of family, is one where, a male
    and a female live together for life.
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    Same sex partners, sexual
    attraction to others,
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    the need for sex,
    pheromones.
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    2. Sexual scarcity.
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    Constant coverage of certain parts
    of the body, create curiosity.
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    People of this tribe do not wear clothes, and that is
    as normal for them as wearing clothes is for you.
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    They are not curious about
    others' body,
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    because it is not a
    withheld from them.
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    3. Promoting sexuality in movies,
    commercials, TV shows.
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    What can you get from here?
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    Aberrations such as: Rape,
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    Pedophilia, Necrophilia, Zoophilia.
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    Prohibiting natural events,
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    like sex, by culture, and promoting
    sexuality through media,
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    while maintaining scarcity,
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    will lead to such behavior.
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    Don’t you think defining 'beauty'
    culturally is negative?
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    People born with small abnormalities
    often get ridiculed,
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    as do people with physically
    grotesque injuries.
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    An environment so negative about these
    things can’t be good for our society.
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    Aren’t you worried that many nations have
    armies and weapons of mass destruction?
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    You could be caught in the middle, and
    you have nothing to say about that.
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    Aren’t you alarmed that wars, which solve nothing,
    represent the biggest business in the world,
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    and because of that,
    wars will never end?
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    Isn't it dangerous with so many
    weapons in the world?
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    Don’t you find it dangerous for
    people to have weapons
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    with all the inequality and
    conflicting ideas we have?
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    Don’t commercials
    confuse you?
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    Which companies
    can you truly trust?
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    Whats your opinion about a system
    that sells luck through gambling.
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    Don’t you think it’s crazy when so
    many people are starving?
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    Don't you ever wonder why this man
    has so many, and you have nothing?
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    Don't you find it unfair to rely on
    the family you were born in?
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    Aren't you scared about the fact
    that, in the monetary system,
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    the aging problem doesn't count?
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    Even if anti-aging treatments exist,
    you will not benefit from them.
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    Only wealthy people will benefit.
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    Do you not feel offended that some
    people earn lots of money,
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    just because they look good according
    to the monetary system’s standards?
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    Aren't you tired of others
    telling you how to dress?
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    Aren't you sick of politicians lies?
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    I mean, they should be improving society,
    otherwise, what’s their purpose?
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    Don’t you find it absurd that budgets for war are
    substantially better than for scientific research?
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    With automation replacing lots of jobs,
    aren’t you afraid of losing yours?
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    Without a job you loose the
    ability to acquire food,
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    so you could die as a result.
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    Currently, 3D printers,
    or other technologies,
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    can create gold or diamonds,
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    which are considered precious
    materials in the monetary system.
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    Many people have such materials.
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    Aren't they afraid that their
    goods will lose value?
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    Does anybody wonder why those materials
    are considered valuable?
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    It's because they are scarce
    materials on this planet.
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    Why do you allow your identity to be
    created through documents,
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    your possessions or your job?
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    Why do you have a job
    that you hate?
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    Don't you wonder why there
    are so many types of food,
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    instead of a few types of food
    but enough for everybody?
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    What do you think about a society that allows
    the consumption of cigarettes that cause cancer,
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    Or alcohol? Why do
    you need alcohol?
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    Could you not find
    happiness without it?
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    Do you not feel sad, watching
    others talk about their lives?
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    And they are paid by
    the system for that.
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    Monetary system includes religion
    in the payment system.
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    - When a psychiatrist pledges that
    he wants to help people
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    and a man comes to the
    psychiatrist and says:
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    "I'm in debt, I can't pay my bills."
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    "I'm on minimum wage, my car
    broke down, I got two kids."
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    The psychiatrist, "Is gonna cost
    you 60 bucks an hour."
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    How can you be a psychiatrist?
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    How can you cater the human need
    in the monetary system?
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    - So the system generates
    predatory behaviour,
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    where we take advantage
    of other people.
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    The most people are out to
    take care of themselves,
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    so if you don't take care of yourself,
    no one's going to take care of you,
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    and so they makes us predatory.
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    The system is like that.
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    When you say, "Well I think it's
    up to each individual."
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    If you really study it,
    you'll find out
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    each individual is
    made to conform
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    to the social institutions
    that exists.
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    if they don't conform
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    they wind up as ??? in prisons
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    or they have difficulty getting
    a job, if they don't conform.
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    So you are pressed by many
    different forces to conform.
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    If you walk around without
    any clothing,
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    because you don't
    believe in clothing,
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    you'll be picked up and
    arrested and put in jail.
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    If you continue to do that, you
    may be put in a mental hospital.
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    I met, what they call bombs ???,
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    that were so well read, that they didn't
    want any part of the system.
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    They lived in poverty.
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    All of us are erroneous in our values due to
    the early part of our historical upbringing.
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    We are given a set of values
    that do not work.
  • 20:41 - 20:48
    Prove: we have war, recession, hunger,
    poverty, starvation, illness
  • 20:54 - 20:58
    You have to ask these questions.
  • 21:00 - 21:03
    [They] have been conditioned,
    in their kind of society
  • 21:03 - 21:05
    they get a different kind
    of car next year
  • 21:05 - 21:08
    they buy a new television
    set or a tape recorder
  • 21:08 - 21:10
    We are radical as hell!
  • 21:10 - 21:13
    But our political and social
    institutions have not changed,
  • 21:13 - 21:15
    and this is where we are stagnating,
  • 21:15 - 21:21
    because we only equate any new idea
    with communism or regimentation,
  • 21:21 - 21:23
    because we've been brought up
    to fear that which is new.
  • 21:23 - 21:25
    And I think that Christ was a radical.
  • 21:25 - 21:28
    He brought new ideas.
    But it took time,
  • 21:28 - 21:33
    thousands of years for people
    to really appreciate ideas.
  • 21:39 - 21:41
    [Feynman] Take any crazy idea,
  • 21:41 - 21:45
    I don't know, it's hard to make a very crazy one,
    the witches or something like that,
  • 21:45 - 21:47
    you tell about what people
    used to believe in witches
  • 21:47 - 21:49
    and of course, nobody believes
    in witches now, and they say
  • 21:49 - 21:51
    "How could they believe in witches?"
    And you turn around and say
  • 21:51 - 21:54
    "Oh let's see, what witches
    do we believe in now?"
  • 21:54 - 21:58
    What's ceremonies do we believe?
    Every morning we brush our teeth.
  • 21:58 - 22:02
    What's the evidence that the brushing of teeth
    does any good in cavity? See? Start wondering!
  • 22:02 - 22:06
    Are we all... Imagine,
  • 22:06 - 22:09
    as the Earth turns in the
    orbit, there's an edge
  • 22:09 - 22:11
    between light and dark.
  • 22:11 - 22:16
    Now, on that edge, all the people, on all
    that edge, are doing the same ritual.
  • 22:17 - 22:21
    For no good reason? Just like in the
    Middle Ages they had other rituals?
  • 22:21 - 22:27
    And you gotta picture this perpetual eye ???
    of toothbrushers going around the Earth.
  • 22:27 - 22:31
    Take the world to another point
    of view! Now it maybe well be
  • 22:31 - 22:34
    that brushing teeth is a very good
    thing because it gets rid of cavity.
  • 22:34 - 22:37
    And you gonna ask, you could find out whether
    it does or doesn't by trying to find out.
  • 22:37 - 22:41
    And you're gonna ask your dentist, "This is a ???"
    And you say, "I want evidence".
  • 22:41 - 22:46
    I have not found the evidence from dentists,
    because they just learn it at school.
  • 22:46 - 22:49
    And I'm not trying to argue if it's
    good or bad to brush teeth.
  • 22:49 - 22:52
    What I'm trying to argue
    is to think about it.
  • 22:52 - 22:55
    Think from a new point of view!
  • 22:56 - 23:00
    [Carlin] - I gave up on this stuff.
    I gave up on my species
  • 23:00 - 23:05
    and I gave up on my fellow americans,
    I gave up on my country.
  • 23:05 - 23:09
    Because I think they all... I think
    we've squandered a great gift.
  • 23:09 - 23:11
    I think humans were
    given great great gifts:
  • 23:11 - 23:16
    walking upright, binocular vision, opposable
    thumb, large brain, making tools,
  • 23:16 - 23:19
    make tools, large brains, large
    brains make better tools.
  • 23:19 - 23:22
    Talk, have to learn language,
    you take this put in here,
  • 23:22 - 23:25
    we learn, language, the brain
    got bigger, language, we grew...
  • 23:25 - 23:29
    We had great gifts and
    we gave up all for both:
  • 23:29 - 23:33
    Money and god,
  • 23:34 - 23:35
    god and money, both!
  • 23:36 - 23:37
    We gave it up to the high priests.
  • 23:37 - 23:41
    "It's your job... it's god will" That 's what
    they'd say. People say, "It's god will".
  • 23:41 - 23:43
    I mean, God can do whatever
    he wants, so why pray?
  • 23:43 - 23:47
    They say: "You pray for something." Ok, he didn't
    answer my prayers. "Well, it's God's will."
  • 23:47 - 23:49
    Oh, if it is God's will why they
    even pray in the first place,
  • 23:49 - 23:51
    if he is going to do whatever
    he wants anyway?
  • 23:51 - 23:54
    We gave them all up, all to superstitions,
    primitive superstition
  • 23:54 - 23:57
    primitive shit, primitive shit...
  • 23:57 - 24:00
    An invisible man in the sky looking down,
    keeping track of what we do,
  • 24:00 - 24:04
    make sure we don't do the wrong thing,
    if we do he puts us in hell and we burn forever.
  • 24:04 - 24:06
    That kind of shit is very limiting!
  • 24:06 - 24:08
    It's very limiting for
    this brain we have!
  • 24:08 - 24:12
    So we keep us limited, and then
    we want a toy and a gizmo,
  • 24:12 - 24:17
    and gold, we want shiny things we want something
    to plug in to make big big big things for us,
  • 24:17 - 24:20
    and all that shit is nothing.
    It's nothing.
  • 24:20 - 24:22
    We gave them all up,
    and Americans
  • 24:22 - 24:26
    who also have great gifts, when you take
    the theory of the democratic rule,
  • 24:26 - 24:28
    self government. Ok they
    started off-road.
  • 24:28 - 24:32
    They owned slaves, the didn't let women vote,
    they didn't let people with no land vote.
  • 24:32 - 24:34
    Fine, they get off on the wrong foot,
  • 24:34 - 24:35
    but the ideas were good.
  • 24:35 - 24:37
    we fucking pollute that,
    we polluted it
  • 24:37 - 24:41
    we polluted it with
    this stuff, things,
  • 24:41 - 24:48
    materials, goods, games, gizmos, toys,
    gadgets, having possessions,
  • 24:48 - 24:53
    "He's got a bigger truck, did you see his truck?
    Is bigger than mine, I'm getting a new truck!"
  • 24:53 - 24:56
    "Here's a big truck.
    Oh! I'm getting that one"
  • 24:56 - 24:58
    "You got a video, a DVD too!"
  • 24:58 - 25:00
    He doesn't have a DVD!
    I get a DVD too!
  • 25:00 - 25:03
    Oh....Whatever happened.
  • 25:03 - 25:07
    And all that will happen, you know.
    And that's why I'm divorced from it now.
  • 25:07 - 25:10
    I see it from the distance, I get
    myself a divorce I say,
  • 25:10 - 25:14
    "George, emotionally you have no stick in this,
    you don't care one way or another,
  • 25:14 - 25:17
    so watch it, have fun.
    You know what, I say it this way:
  • 25:18 - 25:21
    When you born in this world you are
    given a ticket to the freak show,
  • 25:21 - 25:23
    and when you are born in america,
  • 25:23 - 25:25
    you are given a front row seat.
  • 25:26 - 25:29
    And some of us get to sit
    there with notebooks
  • 25:29 - 25:32
    and I'm a notebook and...
    "Aha...Oohh..."
  • 25:33 - 25:36
    "Oh my god did you see that?"
  • 25:36 - 25:41
    And I watched the freak show, and I've kept
    my notes, and I make stuff about it,
  • 25:41 - 25:45
    and I talk about the freaks, the freaks are all
    humans, you know like me, we are all the same.
  • 25:45 - 25:48
    I'm not better, I'm not different,
    I'm just apart now.
  • 25:48 - 25:52
    I'm separated over here because
    I put myself out of the mix.
  • 25:52 - 25:54
    I don't have a stake
    in the outcome.
  • 25:54 - 25:56
    I'm not a cheerleader
    for a given outcome.
  • 25:56 - 26:01
    Oh! They say "if you scratch a cynic
    you'll find a disappointed idealist"
  • 26:01 - 26:06
    And I would admit that somewhere underneath all
    of these, there is a flicker of a flame of idealism,
  • 26:06 - 26:10
    that would love to see
    it at all... changed.
  • 26:32 - 26:36
    THE COLLAPSE
  • 26:38 - 26:41
    The monetary system seems
    likely to collapse.
  • 26:41 - 26:46
    I said “it seems” because I cannot
    know if it will happen or not.
  • 26:47 - 26:51
    So far, we’ve examined the monetary system,
    and seen how harmful it is,
  • 26:51 - 26:57
    and we presented solutions to improve the
    situations created by the monetary system.
  • 26:57 - 27:00
    We now realize that these
    solutions are needed,
  • 27:01 - 27:05
    because all evidence points
    towards this system collapsing.
  • 27:05 - 27:09
    This is some of the evidence which
    points towards a collapse:
  • 27:09 - 27:13
    To get any kind of goods or
    services, you need money,
  • 27:13 - 27:16
    and the only way to
    get money, is work.
  • 27:16 - 27:21
    Basically, you have to do something for the
    monetary system to receive money.
  • 27:21 - 27:24
    Now, just from here this collapse comes.
  • 27:25 - 27:28
    People without a job will not
    have purchasing power.
  • 27:29 - 27:32
    Remember, the monetary system
    has a massive problem
  • 27:32 - 27:35
    when there are fewer jobs
    than unemployed people.
  • 27:36 - 27:38
    As we saw when we
    talked about work,
  • 27:38 - 27:42
    jobs are increasingly replaced by
    automation through machinery,
  • 27:42 - 27:45
    this is an ongoing and
    progressive process.
  • 27:46 - 27:49
    It doesn’t matter if your job is
    irreplaceable at the moment,
  • 27:49 - 27:52
    if hundreds of thousands of people
    can not work anymore,
  • 27:52 - 27:55
    then, there will be problems.
  • 27:56 - 28:00
    You are not the only participant
    in the monetary system.
  • 28:03 - 28:08
    People will not have purchasing power.
    It doesn't matter if the prices fall,
  • 28:08 - 28:10
    or some salaries increase,
  • 28:10 - 28:14
    if the majority of the population
    does not have purchasing power,
  • 28:14 - 28:17
    there will be major problems.
  • 28:18 - 28:21
    The second situation is represented
    by the monetary system’s
  • 28:21 - 28:24
    inability to cope with technology.
  • 28:25 - 28:28
    Let's just refer to two technologies.
  • 28:29 - 28:31
    [ 3D PRINTERS ]
  • 28:32 - 28:34
    [Scott Summit, Industrial Designer] - All that
    stuff can just be built in the printers.
  • 28:34 - 28:38
    The person is not designing, the person
    isn't expected to be an architect.
  • 28:38 - 28:40
    They just know what their intent is.
    And they'd push their intent around,
  • 28:40 - 28:42
    the computer gives them
    all the assistance
  • 28:42 - 28:45
    as though they are sitting with an
    architect right behind them.
  • 28:45 - 28:47
    Say you now got 3D scanning
    getting into the computer
  • 28:47 - 28:49
    tweaking it around,
    doing it automatically
  • 28:49 - 28:52
    so you don't have a skilled professional
    needed to do everything you do.
  • 28:52 - 28:55
    They have to spit it out and make some
    useful item. In this world things get fun.
  • 28:55 - 29:01
    Digital fabrication, you can call it absolutely anything,
    because it's an asthmatic nightmare here.
  • 29:01 - 29:05
    These are all the names that I came up within
    5 minutes for it, but it has a lot more.
  • 29:06 - 29:09
    It's, you know, it's an engineering tool,
    so no one knows what to call it.
  • 29:09 - 29:13
    But basically what it is, it's an additive process,
    as you guys have seen with
  • 29:13 - 29:16
    the MakerBot, and it's stuff back here,
  • 29:16 - 29:21
    it's additive, that's the main difference, it's that
    you are assembling molecules either by layer
  • 29:21 - 29:25
    or by dust particle, or by liquid that is
    been cindered, a liquid being deposited,
  • 29:25 - 29:26
    you're doing that layer,
    by layer, by layer.
  • 29:26 - 29:31
    You do it enough times and you get a pretty good
    proximity of what you originally intended.
  • 29:31 - 29:34
    So that's typical machine,
    this is a liquid base machine.
  • 29:34 - 29:37
    If you are going to be
    designing car wheels,
  • 29:37 - 29:41
    it would be really hard to machine each one
    out of a block of plastic and get the lightness,
  • 29:41 - 29:44
    better you just, you do design,
    sent it out to print,
  • 29:44 - 29:46
    come back the next day, put it out of
    the oven and you are ready to go.
  • 29:46 - 29:49
    So, the whole situation notes
    that the complexity is free,
  • 29:49 - 29:51
    when you are doing
    additive fabrication,
  • 29:51 - 29:52
    and now you suddenly,
  • 29:52 - 29:54
    you are kind of being
    challenged, if anything,
  • 29:54 - 29:57
    to see if you can be as creative
    as the tool lets you be,
  • 29:57 - 29:59
    because it can do far more than
    your brain can even handle.
  • 29:59 - 30:03
    That's ... that's where things get exciting about it,
    is that you really don't have limits to it.
  • 30:04 - 30:09
    Just talking about metals. You know,
    that's one of the new exciting things.
  • 30:09 - 30:12
    Metals are used to be a real pain,
    now they are getting good.
  • 30:12 - 30:16
    Turbine blades are things that are really
    difficult to machine or making the other way,
  • 30:16 - 30:20
    you can make really high definition,
    really high-quality metal parts now.
  • 30:21 - 30:23
    Medical stuff
  • 30:24 - 30:27
    I have "Plan before you cut".
  • 30:27 - 30:29
    The cool thing is, ok, if you
    come in and you've got really...
  • 30:29 - 30:33
    you've fallen off your ??? horse and
    you've destroyed your shoulder
  • 30:33 - 30:37
    and they have to figure out... ok you
    have bone fragments all over the place.
  • 30:37 - 30:41
    They have to strategize before they
    go in and have you under gas.
  • 30:41 - 30:46
    So they can actually do MRI,
    get your bone structure,
  • 30:46 - 30:47
    MRI or CT or one of those,
  • 30:47 - 30:49
    get the bone structure,
    get the diacom ??? data,
  • 30:49 - 30:53
    three-dimensionally print the whole thing
    and strategize on it before they open you up.
  • 30:53 - 30:54
    So, they know where
    all the parts are
  • 30:54 - 30:55
    and they know what parts
    can come out
  • 30:55 - 30:58
    and which are going to get
    real injured in which way.
  • 30:58 - 31:02
    So this is John
    in a 3D Body scan.
  • 31:02 - 31:04
    There is a perimetric model.
  • 31:04 - 31:09
    So this model can take any human, you
    drop it in, and say "OK, re-instantiate".
  • 31:09 - 31:12
    There is John's sound side leg mirrored over
  • 31:12 - 31:15
    dropped into the perimetric
    model before instantiating,
  • 31:15 - 31:16
    and there's the new leg.
  • 31:16 - 31:21
    So this is this leg... it gives... again it
    gives me a sense of symmetry back.
  • 31:21 - 31:23
    You know, it's kind of big deal.
  • 31:23 - 31:28
    It has a seven by-link???, so the motion of the knee
    is perfectly calibrated to the human motion.
  • 31:28 - 31:29
    It moves to the same
    motion that we do.
  • 31:29 - 31:32
    The foot is sprung just
    like our own ankle.
  • 31:32 - 31:34
    The cast for kneme is here,
    the cuff muscle,
  • 31:34 - 31:37
    that sprung according to the person's
    weight and activity level.
  • 31:37 - 31:41
    So that would give spring back
    to each step, something that...
  • 31:41 - 31:43
    because you are printing all pieces at once,
  • 31:43 - 31:46
    you don't have the titanium mounting
    parts and all the other details,
  • 31:46 - 31:48
    you just print the whole thing
    complexity and all. It's hollow.
  • 31:48 - 31:51
    So there is a rib structure inside,
    just like a bird wing.
  • 31:51 - 31:54
    That keeps it really strong and
    really light simultaneously.
  • 31:55 - 31:58
    [Student] - Which materials can you use?
    Just plastic and metal?
  • 31:58 - 32:02
    [Scott] - There's plastics, metals,ceramic,
    glass, all kind of polymers...
  • 32:03 - 32:06
    ABS type, PVC type...
  • 32:07 - 32:11
    This is polyamide type, there maybe
    twenty types of polyamides,
  • 32:11 - 32:14
    carbon-filled, fire-retardants...
  • 32:14 - 32:16
    [Student] - Biopolymers?
  • 32:16 - 32:18
    [Scott] - There are biopolymers.
    The guy you talked to is Andrew Hessel,
  • 32:18 - 32:22
    and he is part of the faculty here at the Singularity
    (University), he knows about that stuff
  • 32:22 - 32:25
    I don't know about biostuff, but yes there
    is a ton of work going on on biopolymers,
  • 32:25 - 32:28
    and all that collagen scaffolding
    and all that stuff.
  • 32:28 - 32:30
    It's wild stuff. That's a huge
    area that's happening.
  • 32:30 - 32:34
    [Student 2] - Can you print different
    materials in the same...?
  • 32:34 - 32:36
    There's only one machine
    that will do that,
  • 32:36 - 32:39
    it is the object "Eden"
    machine, I think?
  • 32:39 - 32:41
    They would do multiple
    materials simultaneously.
  • 32:41 - 32:45
    Typically metals are in their own world,
    polyamides are in their own world.
  • 32:45 - 32:48
    There is one machine that would do handful ???,
    like polymers and elastomers and colors.
  • 32:48 - 32:52
    One, two different classes like metals...
    everyone is waiting for that day.
  • 32:52 - 32:55
    That day comes when you can
    just print anything you can dream up
  • 32:55 - 32:57
    and things will be exciting then.
  • 32:57 - 33:01
    The reason they can't do gold is that
    they can print gold, no problem.
  • 33:01 - 33:08
    But it would be 240000 dollars to take this
    titanium out and fill it with gold, fortunately.
  • 33:10 - 33:15
    [Student] - I'm just curious about the durability and
    the strength of the metals, after the printing,
  • 33:15 - 33:18
    as the characteristics of other
    manufacturing things.
  • 33:18 - 33:20
    - Yeah, the metals are
    incredibly strong.
  • 33:20 - 33:22
    There are almost entirely ...
  • 33:22 - 33:26
    well they are not entirely dense out of the
    process, but you can heat ??? called HIP,
  • 33:26 - 33:28
    which stands for Hot Isostatic Pressure,
  • 33:28 - 33:31
    where they heat it to it's near
    melt point, and a zillion PSI,
  • 33:31 - 33:36
    and that would knock out any air molecules,
    that's like 99.9% solid and dense.
  • 33:36 - 33:39
    So if you are doing medical
    stuff, like knees and hips,
  • 33:39 - 33:43
    then you heat it with the HIP process,
    and then it's as strong as anything.
  • 33:43 - 33:43
    Yeah.
  • 33:46 - 33:49
    [Studen] - What is the largest [thing]
    that you can do with that?
  • 33:50 - 33:53
    One machine in Belgium called
    the 'Mammoth machine'
  • 33:53 - 33:55
    that would do two meters
  • 33:55 - 33:58
    and two meters by one meter
    by twenty inches or something,
  • 33:58 - 34:00
    so there are big
    machines like that,
  • 34:00 - 34:02
    there isn't a lot of
    demand for big yet.
  • 34:02 - 34:04
    [Student] - Would you be
    able to print food?
  • 34:05 - 34:08
    - There are food printers all over the...
    Yeah, there are a number of those.
  • 34:09 - 34:12
    Some examples you find
    by printing ???,
  • 34:12 - 34:17
    There is the cupcake maker, that I think
    MakerBot has a variation that does that,
  • 34:17 - 34:22
    If everyone of you get to Chicago there is a
    restaurant called moto, M-O-T-O, and it's a...
  • 34:22 - 34:24
    You've been there?
  • 34:24 - 34:29
    Yeah, It's supposed to be really cool. They print on
    the tortillas and you eat the menu and it's...
  • 34:29 - 34:31
    There are doing a lot of really
    experimental stuff with...
  • 34:31 - 34:35
    We ??? HP Plotters
    and really cool stuff.
  • 34:35 - 34:38
    Yeah, 3D printing food
    is not far off.
  • 34:39 - 34:42
    [Student] - What else can we expect
    to look in a decade?
  • 34:42 - 34:46
    [Scott Summit] - What might come is gonna roll out
    pretty soon, which I hope it's gonna be really cool.
  • 34:47 - 34:51
    I can't say a thing about it. It's really cool.
    You are just gonna, "Holly shit".
  • 34:51 - 34:54
    But I can't say
    anything about it.
  • 34:54 - 34:57
    Beside from that I think professor ???
    has some really cool stuff.
  • 34:59 - 35:04
    We're gonna expect... I think we gonna expect
    the cost to go down, the ??? time to go up,
  • 35:04 - 35:08
    The think that I told to my students is that
    the day we start seeing those show up in ???,
  • 35:08 - 35:12
    in which I have given a year,
    before we'll start seeing in ???,
  • 35:12 - 35:16
    that's where things get exciting, because
    we start really democratizing fabrication,
  • 35:16 - 35:19
    and we start really inviting
    everyone to play.
  • 35:19 - 35:23
    We already have open source 3D software
    called Blender 3D and Sketch-Up,
  • 35:23 - 35:25
    and those are decent for free,
  • 35:25 - 35:30
    and you can create fantastic 3D Models
    and get them printed.
  • 35:30 - 35:32
    So, we can expect a lot of that.
  • 35:32 - 35:36
    I think the medical world it's gonna be
    the big one..."Disabilities" is huge.
  • 35:37 - 35:40
    Already now... Here are couple
    of just fun nuggets
  • 35:40 - 35:43
    that you can entertain your friends
    with that next cartel party.
  • 35:44 - 35:47
    So, they're printing their machines,
  • 35:47 - 35:50
    like this is a part out of EOS P730 machine,
    It's wiring harness.
  • 35:50 - 35:54
    What's cool about this is that they
    printed this on their machine.
  • 35:54 - 35:57
    So you know, hinge... and everything.
  • 35:57 - 36:00
    This is all... This came out from
    their machine just like it is.
  • 36:00 - 36:03
    You know, they can print
    the hinges altogether.
  • 36:03 - 36:07
    So that, that's an example of
    the machine printing itself.
  • 36:16 - 36:21
    Companies are now outsourcing,
    not to India and not to China,
  • 36:21 - 36:23
    they are outsourcing
    to the customer!
  • 36:23 - 36:27
    All you need to do is go
    to the ATM machine.
  • 36:27 - 36:31
    The ATM machine you punch in some numbers,
    you get your money pressumably,
  • 36:31 - 36:36
    but what you've done is taking over a job that
    previously was done by a teller, inside a bank.
  • 36:36 - 36:41
    In fact, we calculate that something like the
    equivalent of 200 thousand teller jobs
  • 36:41 - 36:44
    are what people now make
    unnecessary by themselves
  • 36:44 - 36:46
    by we using the
    machines ourselves,
  • 36:46 - 36:51
    and substituting our work on date
    for the work of those tellers.
  • 36:51 - 36:54
    And the same thing is true in
    many many other activities,
  • 36:54 - 36:58
    where we take on and do for ourselves work that
    we previously bought in the money economy,
  • 36:58 - 37:02
    without taking care of and doing without pay,
    in what we call the non-money economy.
  • 37:02 - 37:04
    or the prosumer economy.
  • 37:04 - 37:06
    Prosuming is gonna explode,
    why is that?
  • 37:06 - 37:10
    It's gonna explode because we are
    creating new technologies
  • 37:10 - 37:13
    that individuals can use to
    do things for themselves.
  • 37:13 - 37:16
    So, it used to be, if you took
    a photograph,
  • 37:16 - 37:21
    you then had to send that to Kodak in Rochester,
    New York, in order to get on paper ???
  • 37:21 - 37:25
    And then you come back to your local drugstore and
    you pick it up a week later and you have a photograph,
  • 37:25 - 37:27
    and you paid for that.
  • 37:27 - 37:30
    Now you buy camera, digital camera,
    and you make your own.
  • 37:30 - 37:32
    You know, you get your
    own pictures.
  • 37:32 - 37:37
    So, you are now doing work that used to be
    done in that Kodak factory, ok?
  • 37:37 - 37:44
    We are now developing, and we will be developing,
    a generation of exceedingly powerful machines
  • 37:44 - 37:48
    for work individuals to use to
    create economic value,
  • 37:48 - 37:51
    Even though, again,
    it's not counted.
  • 37:51 - 37:55
    And so, I believe we are going to
    see a tremendous explosion
  • 37:55 - 37:58
    and if you wanna take, if you really
    want to best take it away,
  • 37:58 - 38:00
    think of this in terms
    of human history.
  • 38:00 - 38:04
    At the beginnings
    of human history,
  • 38:04 - 38:08
    everything people did they did for themselves,
    there was no money economy.
  • 38:08 - 38:12
    So you grew your own food, you ate as much as you
    can get before somebody took it away from you,
  • 38:12 - 38:15
    probably the local lord,
  • 38:15 - 38:19
    You grew your own food, you sewed your
    own clothes, you made your own boots...
  • 38:19 - 38:22
    So everything was done outside
    the money economy.
  • 38:22 - 38:24
    It was a non-money
    economy.
  • 38:24 - 38:29
    Then gradually money was introduced along with trade,
    and exchange, and all the things we know about,
  • 38:29 - 38:32
    and the assumption
    that we all made
  • 38:32 - 38:35
    for a long long time, and most
    people make until now,
  • 38:35 - 38:39
    is that the non-money economy
    would eventually just go away,
  • 38:39 - 38:41
    that we would all be
    in the money economy.
  • 38:41 - 38:42
    And that's what we
    should be studying.
  • 38:42 - 38:47
    But in fact, the non-money economy is going to get
    bigger and bigger and bigger instead of going away.
  • 38:47 - 38:50
    And again, if you follow this down
    the line, you are going some...
  • 38:50 - 38:52
    you know, developing your own films,
  • 38:52 - 38:56
    to having a Fab, or desktop manufacturing
    unit sitting on your table.
  • 38:56 - 39:01
    Now, I don't suppose you are going to build your
    own car, or your own airplane on your table,
  • 39:01 - 39:04
    but you would be capable of producing
    complex components,
  • 39:04 - 39:08
    or other things that you,
    yourself, want to use.
  • 39:08 - 39:09
    Just like bloggers,
    or you know,
  • 39:09 - 39:14
    are using the net to write for free
    what journalists get paid to do.
  • 39:14 - 39:16
    So you have unpaid effort.
  • 39:16 - 39:19
    So it's not that we won't have
    jobs, there will be jobs,
  • 39:19 - 39:21
    but there is a parallel
    hidden economy,
  • 39:21 - 39:26
    that must now be recognized, and we better
    start thinking about how to integrate that
  • 39:26 - 39:30
    and to recognize the integration between
    that and the money economy.
  • 39:41 - 39:45
    NANOTECHNOLOGY
  • 39:45 - 39:49
    Thick idea behind molecular
    nanotechnology is,
  • 39:49 - 39:54
    it is the physical underpinning
    for the Singularity.
  • 39:54 - 39:59
    Is that which provides the better computer,
    the hardware for the better computer,
  • 39:59 - 40:04
    it provides the hardware for
    lighter and stronger materials,
  • 40:04 - 40:07
    it provides hardware for better
    medical technology,
  • 40:07 - 40:10
    it is a whole bunch of things
    that are coming where
  • 40:10 - 40:16
    we need to have better capabilities,
    in terms of building things,
  • 40:16 - 40:20
    and that is the basic purpose
    of molecular nanotechnology,
  • 40:20 - 40:24
    is to provide the physical basis
    on which a lot of this stuff
  • 40:24 - 40:28
    then proceeds forward and
    takes advantage of it.
  • 40:28 - 40:33
    So "Convergent Assembly" is a way
    of building big things which is
  • 40:33 - 40:40
    probably more amenable
    to use in manufacturing.
  • 40:40 - 40:44
    Convergent Assembly basically
    starts over here at the left.
  • 40:44 - 40:46
    You have teeny tiny things,
  • 40:46 - 40:50
    and you double a
    size at each step.
  • 40:50 - 40:54
    If I have molecular parts that are
    one nanometer in size as inputs,
  • 40:54 - 40:56
    I take the one-nanometer
    parts, I put them,
  • 40:56 - 41:01
    eight of them together into a cube,
    I get a two-nanometer part.
  • 41:01 - 41:06
    I take 8 of those, I put them together into
    a cube, and I get a four-nanometer part.
  • 41:06 - 41:09
    At each stage you can
    double a size,
  • 41:09 - 41:12
    and in each step it gets
    bigger and bigger,
  • 41:12 - 41:16
    1, 2, 4, 8,16, 32,
    in 30 doublings
  • 41:16 - 41:21
    you've reached one meter in length,
    more or less give it or take that ???
  • 41:21 - 41:23
    So using this kind
    of architecture,
  • 41:23 - 41:27
    you can go from atoms
    and molecules up to
  • 41:27 - 41:33
    large objects in 30 steps
    if you are using binary,
  • 41:33 - 41:38
    You don't have to use binary, you could make
    a factor of 10 bigger each step if you wanted to,
  • 41:38 - 41:42
    but for conceptual purposes it's easy
    to think of it in binary steps.
  • 41:42 - 41:45
    And, "voilà"! You can
    have big things.
  • 41:47 - 41:50
    The other implication
    of this self-replication,
  • 41:50 - 41:54
    convergent assembly, you know
    marvelous architectures,
  • 41:54 - 41:59
    is that the manufacturing costs
    are going to go through the floor.
  • 41:59 - 42:03
    Right now we have
    examples of
  • 42:03 - 42:06
    self-replicating manufacturing
    systems,
  • 42:06 - 42:08
    they are called
    agricultural products!
  • 42:08 - 42:12
    Lumber, hay, potatoes.
    They are cheap.
  • 42:13 - 42:18
    A potato is a miracle of
    biological machinery.
  • 42:20 - 42:24
    And yet we think nothing of taking this
    miracle of biological machinery and
  • 42:24 - 42:27
    you know, mushing a little butter
    and having it for dinner.
  • 42:27 - 42:30
    The reason is that it
    doesn't cost very much
  • 42:30 - 42:33
    and it doesn't cost
    very much because
  • 42:33 - 42:37
    the biological molecular machine is gonna
    make more molecular machines,
  • 42:37 - 42:40
    and as we build our own
    molecular machines,
  • 42:40 - 42:44
    those molecular machines we will be able
    to build more molecular machines,
  • 42:44 - 42:48
    and so the manufacturing cost
    would go through the floor.
  • 42:48 - 42:54
    I'm not talking about design costs or licensing
    cost and patent fees and marketing fees and
  • 42:54 - 42:59
    you know, all the other stuff that goes along
    with making products and selling them.
  • 42:59 - 43:04
    But, once you drive the manufacturing cost to
    the floor, and increase, improve the quality,
  • 43:04 - 43:09
    to get every atom in the right place,
    that's gonna have a big impact.
  • 43:09 - 43:14
    So, when you are thinking about
    the impact of a new technology
  • 43:14 - 43:16
    or in particular the manufacturing
    technology,
  • 43:16 - 43:21
    what you wanna think about are
    the things that can manufacture.
  • 43:21 - 43:24
    And you say: "Ok if you can meant...
    You know, what about computers?
  • 43:24 - 43:28
    What about medicine? What
    about structural elements?
  • 43:29 - 43:33
    So the first thing we notice is that if you
    can get the atoms in the right place,
  • 43:33 - 43:36
    you can make really
    powerful computers.
  • 43:36 - 43:40
    Basically you have been watching
    the computer revolution.
  • 43:40 - 43:43
    You've been living the
    computer revolution.
  • 43:43 - 43:45
    Well we've got a couple of orders
    of magnitude more to go
  • 43:45 - 43:49
    and the pace looks like it's
    gonna keep right up there,
  • 43:49 - 43:57
    as we move straight into the molecular
    logic elements and molecular memories
  • 43:57 - 44:04
    So you all ??? get something like 10*24 logic operations
    per second in a computer the size of a sugar cube.
  • 44:04 - 44:06
    That's a lot!
  • 44:07 - 44:09
    And 10*21 bits in the same volume.
  • 44:09 - 44:11
    I was thinking about that,
  • 44:11 - 44:13
    What is 10*21 bits?
  • 44:13 - 44:15
    Well, you know a CD?
  • 44:15 - 44:17
    CD's are the kind of old
    technology, I know.
  • 44:17 - 44:22
    CD's are, you know, five or six hundred
    megabytes, something like that.
  • 44:22 - 44:25
    If you fill a football stadium with CD's,
  • 44:25 - 44:28
    you get about 10*21 bits.
  • 44:28 - 44:35
    So, if you take a football stadium of CD's
    and packed into a sugar lump
  • 44:35 - 44:38
    That's pretty much
    what you've got.
  • 44:38 - 44:40
    Computer power
    is gonna go up.
  • 44:40 - 44:43
    Say 10000 Blue Gene
    supercomputers
  • 44:44 - 44:47
    in one little sugar long cube,
  • 44:47 - 44:49
    all operating together.
  • 44:49 - 44:52
    So today those will cost a
    whole bunch of money,
  • 44:52 - 44:55
    but in the future is gonna be...
  • 44:55 - 44:57
    you know, it's a fraction of a pound.
  • 44:57 - 45:00
    If you are selling molecular
    computers by the pound
  • 45:00 - 45:03
    And you've got a cubic centimeter,
  • 45:03 - 45:05
    that's not very much (laughing),
  • 45:05 - 45:07
    pennies for this thing.
  • 45:07 - 45:10
    And another miraculous capability.
  • 45:10 - 45:12
    This computer will be so powerful,
  • 45:12 - 45:14
    that it will be able to run
  • 45:14 - 45:18
    Windows 20 20, and it will be snappy.
  • 45:20 - 45:23
    Miracles will never cease.
  • 45:23 - 45:24
    High-density memory.
  • 45:24 - 45:27
    This is a proposal made a couple of years ago
  • 45:27 - 45:30
    to have a high density ??? memory,
  • 45:30 - 45:33
    you have a surface and the
  • 45:33 - 45:36
    zeros and ones are
    encoded by storing
  • 45:36 - 45:39
    fluorenes and hydrogens
    bonds to the surface,
  • 45:39 - 45:41
    and then you have a ???
    that moves along,
  • 45:41 - 45:45
    and reads out whether it's looking out
    of fluorine or a hydrogen.
  • 45:45 - 45:48
    And you get very high-density
    memory, if you do this.
  • 45:48 - 45:53
    If one atom stores one bit,
    that's good density, you know?
  • 45:53 - 45:56
    That's a pretty good storage density.
  • 45:57 - 46:00
    There are bunch of medical capabilities.
  • 46:00 - 46:02
    Respirocytes. When you hold...
  • 46:02 - 46:05
    when you breathe, you
    breathe in oxygen,
  • 46:05 - 46:08
    and your red blood cell carry
    the oxygen to your body,
  • 46:08 - 46:10
    and when you hold your breathe
  • 46:10 - 46:14
    You've only got a little bit of oxygen,
    both in your lungs and in your tissues,
  • 46:14 - 46:18
    Well, If you have artificial red-blood cells
    that can hold a lot more oxygen,
  • 46:18 - 46:20
    you could hold your
    breath for an hour.
  • 46:20 - 46:22
    Which it would be kind of nice.
  • 46:22 - 46:25
    And there are some advantages of that,
    particularly if you have a heart attack,
  • 46:26 - 46:27
    Microbivores,
  • 46:27 - 46:31
    devices that would
    detect and ingest
  • 46:31 - 46:35
    invaders, pathogens in
    the circulatory system.
  • 46:35 - 46:41
    If you could clear out those infectious diseases
    more rapidly and more effectively,
  • 46:41 - 46:46
    then we could eliminate more
    diseases more rapidly,
  • 46:46 - 46:49
    and cure more infections
    more efficiently.
  • 46:49 - 46:52
    And finally "Chromallocytes"
    that's a device
  • 46:52 - 46:56
    that is more complicated
  • 46:56 - 46:59
    but would selectively
    target individuals cells,
  • 46:59 - 47:03
    It will carry as a payload a
    new set of chromosomes
  • 47:03 - 47:07
    and it would remove the
    chromosomes that were in a cell
  • 47:07 - 47:11
    and replace them with a
    new set of chromosomes,
  • 47:11 - 47:16
    pre-programmed to be properly
    set up for that particular cell.
  • 47:16 - 47:18
    So, these are the
    kind of devices
  • 47:18 - 47:22
    that look like they are
    feasible and are coming.
  • 47:22 - 47:26
    We are also going to have
    better materials.
  • 47:26 - 47:30
    So, diamond has a strength-to-weight ratio
    over 50 times that of steel,
  • 47:30 - 47:35
    and as a consequence, if you look
    at various applications like:
  • 47:35 - 47:39
    You know, the Space Shuttle, where pic
    your favorite earth-space application.
  • 47:39 - 47:42
    If you have an improvement
    of 50 to 1
  • 47:42 - 47:45
    in the strength-to-weight ratio...
  • 47:45 - 47:48
    And furthermore, the
    cost dropped to the floor
  • 47:48 - 47:52
    because your manufacturing costs are,
    you know, a dollar a kilogram or something,
  • 47:52 - 47:56
    Suddenly a whole bunch
    of applications open up.
  • 47:56 - 47:58
    Low-cost access to space,
  • 47:58 - 48:00
    really powerful airplanes,
  • 48:00 - 48:04
    very wide strong durable materials...
  • 48:04 - 48:09
    And it's not only critical for
    rockets, and airplanes,
  • 48:09 - 48:11
    is also gonna be useful
    in other applications
  • 48:11 - 48:15
    wether is trucks or cars, or ships, or...
    Even just furniture.
  • 48:16 - 48:20
    The hundred pound Cadillac
    would be kind of nice.
  • 48:22 - 48:24
    And space...As I say, space,
  • 48:24 - 48:28
    there had been some calculations that looks
    like Single Stage To Orbit (SSTO) vehicles
  • 48:28 - 48:31
    would be dramatically improved,
  • 48:31 - 48:35
    given this large improvement
    in strength-to-weight ratio.
  • 48:38 - 48:43
    This device would be 60 Kilogram
    structural mass, this is...
  • 48:43 - 48:46
    Yeah...It's your BW, right?
  • 48:46 - 48:51
    You go out and get into your BW,
    and it weights 60 kilograms...
  • 48:51 - 48:54
    Oh, and by the way, when
    you fuel that up with
  • 48:54 - 48:57
    you know, something
    like 3000 kilogram of fuel,
  • 48:57 - 49:00
    most of the weight in
    this thing is in the fuel,
  • 49:00 - 49:02
    If you filled that up
    3000 kilogram of fuel,
  • 49:02 - 49:05
    you can now get into
    your BW and, you know,
  • 49:05 - 49:08
    a friend or some luggage
    in the back seat, and...
  • 49:08 - 49:11
    ZOOM! Ship off in the lower ???
  • 49:11 - 49:14
    And if you run through
    the calculations and stuff,
  • 49:14 - 49:19
    it turns out that it all works and it's been
    a published article describing this.
  • 49:19 - 49:23
    And that's pretty dramatic.
    That means, among other things,
  • 49:23 - 49:26
    that space becomes accessible.
  • 49:26 - 49:28
    And all these ideas of... you know...
  • 49:28 - 49:32
    colonizing space, visiting
    space, space hotels,
  • 49:32 - 49:36
    all of those look like,
    "Yeah, there are in the cards".
  • 49:36 - 49:40
    What we've been seeing of course is (that)
    we've been moving in that direction
  • 49:40 - 49:42
    and what I'm saying here is...
  • 49:42 - 49:48
    Yeah, the capability would gonna continue moving
    in that direction until we actually achieve it.
  • 49:48 - 49:54
    Ok, in diamond, it's simple the fact that if you
    build diamonds and you can have economics.
  • 49:54 - 49:57
    If you can build it
    inexpensively, suddenly
  • 49:57 - 50:01
    what was once a very expensive jewel,
    becomes a structural material.
  • 50:01 - 50:03
    There was a shift like this
    with aluminum.
  • 50:03 - 50:05
    Aluminum used to be
    very, very expensive,
  • 50:05 - 50:09
    until the development of the process
    for making aluminum
  • 50:09 - 50:16
    that suddenly shifted aluminum from
    being this incredibly valuable material
  • 50:16 - 50:19
    that rich people would use for their
    knives and forks to show off their wealth,
  • 50:19 - 50:22
    to a structural material you
    could use in aeroplanes.
  • 50:22 - 50:24
    So we're gonna see a similar shift
    with regard to diamond.
  • 50:24 - 50:28
    And also there are a bunch of
    materials related to diamonds.
  • 50:28 - 50:31
    Stain-resistant pants.
    There are nano-pants.
  • 50:31 - 50:35
    Nano-pants are a revolutionary
    change.
  • 50:35 - 50:38
    They are transformative,
  • 50:38 - 50:42
    in fact that I was out of a session where people
    were talking about nanotechnology,
  • 50:42 - 50:46
    and someone mentioned,
    discussing the nano-pants,
  • 50:46 - 50:47
    and the guy in the back
    of the room said:
  • 50:47 - 50:51
    "Oh my gosh. This is gonna utterly
    change everything."
  • 50:51 - 50:53
    "I work for a soap company
  • 50:53 - 50:55
    and detergents, and we are
    gonna be you know,
  • 50:55 - 50:58
    if you don't need detergents we
    are gonna be wiped out."
  • 50:58 - 51:01
    Higher standard of living.
    Ahhh...
  • 51:01 - 51:04
    One of the nice things
    about this technology
  • 51:04 - 51:08
    is that it should have
    a big impact on
  • 51:08 - 51:11
    how we interact with
    the environment
  • 51:11 - 51:13
    If you have a better technology,
  • 51:13 - 51:16
    then you can have a higher
    standard of living
  • 51:16 - 51:19
    although having a smaller
    impact on the environment.
  • 51:19 - 51:23
    And this is gonna show up
    in production of food.
  • 51:23 - 51:27
    Certainly, if you have better
    greenhouse capabilities.
  • 51:27 - 51:30
    If I can inexpensively build
    really good greenhouses,
  • 51:30 - 51:32
    then that's gonna provide me
  • 51:32 - 51:36
    with much more plentiful,
  • 51:36 - 51:38
    much lower cost food.
  • 51:38 - 51:41
    Nanotechnology comes associated
    with this concept
  • 51:41 - 51:43
    of low cost manufacturing
  • 51:43 - 51:46
    and mechano-synthesis,
    and so forth and so on,
  • 51:46 - 51:51
    that some might perceive as dangerous therefore
    we'll simply disassociate ourselves from it.
  • 51:51 - 51:56
    So it is a politically motivated argument
    that have no technical merit whatsoever.
  • 52:21 - 52:23
    People do not have
    purchasing power,
  • 52:23 - 52:26
    and this situation
    will progress rapidly.
  • 52:27 - 52:31
    There are no more ways to employ citizens
    to maintain their purchasing power,
  • 52:31 - 52:36
    because practically humans are less efficient,
    and thus less productive than machines.
  • 52:37 - 52:42
    Technology is so advanced that it can produce
    an abundance of goods and services
  • 52:42 - 52:45
    even if the system tries
    to restrict production.
  • 52:46 - 52:49
    [Fresco] - Yes, Artificial Intelligence
    will eventually
  • 52:49 - 52:54
    replace doctors, lawyers,
    engineers, intellect,
  • 52:54 - 52:56
    and be capable of
    making decisions
  • 52:56 - 52:59
    that humans never
    dreamed possible.
  • 52:59 - 53:02
    There is a neither a communistic,
    nor socialistic,
  • 53:02 - 53:05
    nor free enterprise. No system
    remain static.
  • 53:05 - 53:07
    The kings, most of them are gone.
  • 53:07 - 53:09
    And newer systems
    are coming in.
  • 53:09 - 53:14
    No system can free and hold
    the particular of the system.
  • 53:17 - 53:18
    You have to wonder;
  • 53:18 - 53:21
    if man can be exempted
    from work,
  • 53:21 - 53:24
    but production still continues,
    and even improves...
  • 53:25 - 53:28
    Why are we still limiting
    ourselves?
  • 53:28 - 53:31
    I think, if you watched the documentary
    from the beginning,
  • 53:32 - 53:34
    you have an answer
    to this question:
  • 53:34 - 53:36
    The system itself.
  • 53:36 - 53:41
    Collapse symptoms seem obvious
    but it's offensive to a human being,
  • 53:41 - 53:43
    who considers himself
    intelligent,
  • 53:43 - 53:45
    to wait for the system
    to collapse
  • 53:46 - 53:47
    in order to change
    something.
  • 53:48 - 53:51
    And remember,
    if we face a crash,
  • 53:51 - 53:54
    it will be a disaster
    for many people.
  • 53:54 - 53:59
    They do not see any other solution
    because they are poorly informed:
  • 53:59 - 54:02
    they think that violence is
    part of human nature,
  • 54:02 - 54:05
    they are caught up with
    money as an abstraction,
  • 54:05 - 54:09
    forgetting that it is a unit
    of measure, like meters,
  • 54:09 - 54:12
    and forget that technology
    is just a tool,
  • 54:12 - 54:14
    it’s not something
    to be scared of.
  • 54:14 - 54:18
    These people do not understand
    that solutions exist,
  • 54:18 - 54:21
    so when they face this crash
    they’ll become angry.
  • 54:23 - 54:26
    That's why something
    must be done now.
  • 54:34 - 54:37
    [Fresco] - Most jobs would
    be phased out,
  • 54:37 - 54:43
    and in the next 10 to 15 years most
    diagnosticians would be phased out.
  • 54:43 - 54:47
    All you do it to hold up a skin condition
    in front of a scanner,
  • 54:47 - 54:52
    it will scan your skin condition and
    give you the latest treatment.
  • 54:52 - 54:55
    Most doctors will be phased out,
  • 54:55 - 54:57
    the same with lawyers...
  • 54:57 - 55:00
    It takes about an hour and a half to...
  • 55:00 - 55:05
    to design a computer, that can
    do all the work a lawyer does.
  • 55:05 - 55:08
    So you see most jobs are insecure.
  • 55:08 - 55:12
    So the system is self-eliminating.
  • 55:12 - 55:15
    You are not to shoot anybody,
    you don't need a revolution,
  • 55:15 - 55:20
    it's called bio-social pressures,
    that change society.
  • 55:20 - 55:24
    Not Fresco, or Stalin,
    or anybody else
  • 55:24 - 55:29
    that change by physical conditions
    linking to ??? slaves
  • 55:29 - 55:34
    It was "conditions" that
    make slavery inefficient.
  • 55:53 - 55:55
    3. QUESTIONS / THE COLLAPSE
  • 55:55 - 55:58
    - You must rely on the present system
    to judge another one.
  • 55:58 - 56:01
    - The Collapse symptoms are obvious.
  • 56:02 - 56:05
    2. IDEAS / SITUATIONS CREATED /
    PERPETUATED
  • 56:05 - 56:07
    - Most are immoral, insufficient
    and based on imagination.
  • 56:07 - 56:10
    - Most can be solved by abundance
    and education.
  • 56:10 - 56:12
    1. REQUIREMENTS
  • 56:12 - 56:13
    - Documents.
  • 56:13 - 56:14
    - Educational System
  • 56:14 - 56:15
    - Work
  • 56:15 - 56:17
    As extremely chaotic as our system is,
  • 56:18 - 56:21
    it’s amazing that it has survived so long.
  • 56:34 - 56:37
    [Journalist] - How we even get at
    this mess? Is there any way out?
  • 56:37 - 56:38
    [Carl Sagan Laughs]
  • 56:38 - 56:40
    [Journalist] - That's for starters.
  • 56:40 - 56:42
    [Carl Sagan] - That's a good question.
  • 56:42 - 56:44
    Well, we got into the mess by
  • 56:44 - 56:47
    by not paying attention and
    by business as usual.
  • 56:48 - 56:53
    Humans have been on this planet for
    something like a million years.
  • 56:53 - 56:57
    And for the vast ??? of that time,
    things changed extremely solid.
  • 56:57 - 57:02
    The population increased very slowly,
    our technology increased,
  • 57:02 - 57:04
    improved but by very slow steps,
  • 57:04 - 57:07
    and just recently, you know
    that's called an exponential,
  • 57:07 - 57:10
    it's flat for a long time
    and then... Boom!
  • 57:10 - 57:13
    You suddenly get a huge increase.
    Increase in population,
  • 57:13 - 57:16
    increase in technology,
    increase in pollution,
  • 57:16 - 57:21
    increase in our powers to disturb the environment,
    to change the planetary environment.
  • 57:21 - 57:25
    But we are the same all human
    beings as we were
  • 57:25 - 57:28
    thousand years ago, a hundred
    thousand years ago.
  • 57:28 - 57:31
    Not much has changed
    with us, and so
  • 57:31 - 57:34
    it's very hard for us
    to catch on,
  • 57:34 - 57:37
    that there is a new situation,
  • 57:37 - 57:39
    and we have to adapt it.
    And on the other hand,
  • 57:39 - 57:42
    That's one thing we
    humans are good at.
  • 57:42 - 57:45
    To adapt, figuring out.
  • 57:45 - 57:48
    We are smart. That's our principal
    advantage over all the other species.
  • 57:48 - 57:54
    I mean we are not faster, stronger, better
    diggers, we don't fly all by ourselves.
  • 57:54 - 57:58
    What we do is figure out, and
    build because of our hands.
  • 57:58 - 58:02
    And so, I think there is certainly a
    chance of getting out of this mess,
  • 58:02 - 58:04
    But not by business as usual.
  • 58:04 - 58:07
    Not by the idea that we
    shouldn't plan ahead.
  • 58:07 - 58:10
    Not by the idea anybody can do
    whatever the hell they want
  • 58:10 - 58:12
    and it doesn't affect
    the environment.
  • 58:12 - 58:14
    It has to be a new way
    of looking at the world.
  • 58:14 - 58:19
    A lot of those issues that you
    raised, are global issues,
  • 58:19 - 58:23
    for example, global warming,
    the greenhouse effect.
  • 58:23 - 58:27
    You put gases, like carbon
    dioxide or CFCs
  • 58:27 - 58:31
    or other greenhouse gases into
    the atmosphere over this country.
  • 58:31 - 58:35
    They don't stay over that country. Those
    molecules don't have passports.
  • 58:35 - 58:38
    They do not know about national sovereignty.
    That's something they never heard of.
  • 58:38 - 58:42
    The atmospheric circulation spreads
    those gases all over the planet.
  • 58:42 - 58:45
    And so what one country does,
    affects all the other countries.
  • 58:45 - 58:50
    The solution to these kinds of problems has to be
    that everybody on Earth works together.
  • 58:50 - 58:54
    So there has to be a new way
    of looking at the future,
  • 58:54 - 58:58
    and that is that we are all humans,
    members of the same species,
  • 58:58 - 59:02
    on one fragile little planet.
    We are all in this together,
  • 59:02 - 59:04
    and we have to work together.
  • 59:04 - 59:11
    That's kind of the silver line of this crisis. They
    are forcing us to become a planetary species.
Title:
(h) TROM - 2.28 Questions and the Collapse
Description:

http://tromsite.com - Full documentary, very well organized (download, youtube stream, subtitles, credits, share, get involved, and many more)

Documentary´s description :
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TROM (The Reality of Me) represents the biggest documentary ever created, it is also the only one that tries to analyse everything : from science to the monetary system as well as real solutions to improve everyone's life.

A new and ´real´ way to see the world.

"Before the Big-Bang, till present, and beyond."
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Video Language:
English
Duration:
59:19
  • Ok, starting the English proofreading :)

  • English proofreading is done. Still some missing words. I did my best :)

  • At least now all subs are synced.

  • great job awesome Rafa! I just added it :)

English, British subtitles

Revisions