(Narrator) To have any hope of finding alien life, we have to know what to look for. But where do we begin? How do we narrow down a seemingly infinite set of possibilities? There's one thing we know for sure: nature will have to play by her own rules. No matter how strange alien life might be, it's going to be limited by the same physical and chemical laws that we are. On top of this, each alien environment will further limit what kinds of lifeforms can evolve there. Despite these natural boundaries, the possibilities are staggering to imagine. Trillions of planets, each a unique cauldron of chemicals undergoing their own complex evolution. To guide our thinking, this museum of alien life will be divided into two exhibits: life as we know it, home to beings with biochemistries like ours; and life as we don't know it, home to beings that challenge our concept of life itself. Before we venture too far into the unknown, we have to ask ourselves: what if alien life is more like us than we think? If there's one feature that unites us with the other specimens in this museum, it's carbon. (Nick Lane) Carbon is ubiquitous, it's one of the most common elements in the universe, and it's very good at forming large, stable molecules. (Narrator) Carbon has the rare ability to form four-way bonds with other elements, and to bind to itself in long, stable chains, enabling the formation of huge complex molecules. This versatility makes carbon the centerpiece in the molecular machinery of life. And the same carbon compounds that we use have been found far from Earth, clinging to meteorites, and floating in far-off clouds of cosmic dust. The building blocks of life, drifting like snow through the universe. And if alien life has selected other carbon compounds for their biochemistry, they will have plenty to choose from. Scientists recently identified over a million possible alternatives to DNA— all carbon-based. If we ever discover other carbon-based lifeforms, we would be fundamentally related. They would be our cosmic brethren. But would they look anything like us? If they hail from Earth-like planets, we could share even more in common than just our biochemistry. (Jonathan Losos) What would life be like on other planets, if it is evolved? Would it be like the world today here on Earth, or would it be completely different? There are those who argue that, from the argument of convergent evolution, if conditions on other planets are similar to here, then we would see very similar life forms. Animal- and plant-like organisms that look very familiar. (Narrator) On Earth, certain features like eyesight, echolocation, and flight have evolved multiple times independently in different species. This process of convergent evolution could extend to alien planets like Earth, where creatures face similar environmental pressures. It's no guarantee, but there could be certain universalities of life. The greatest hits of evolution on repeat across the universe. Each feature would be attuned to its local environment. Dimly lit planets would produce huge eyes to suck in extra light, like nocturnal mammals. (Jonathan Losos) Some people have gone so far as to say that human-type organisms, humanoids, will occur on other planets. The existence of other humanlike organisms seems unlikely, given the long, convoluted chain of events that produced us. But we can't rule it out. If just one in every hundred trillion Earth-like planets produced a humanlike form, there could still be thousands of creatures like us out there. Convergent evolution is also rampant in plant life, and C₄ photosynthesis has arisen independently over 40 times. Would alien plants look like ours or something else entirely? On Earth, plants appear green because they absorb the other wavelengths in the Sun's light spectrum. But stars come in many colors, and alien plants would evolve different pigments to adapt to their sun's unique spectrum. Plants feeding off hotter stars could appear redder, by absorbing their energy-rich bluer light. Around dim red dwarf stars, vegetation could appear black, adapted to absorb all visible wavelengths of light. Earth itself may have once appeared purple, due a pigment called retinal that was an early precursor to chlorophyll. Some think that retinal's molecular simplicity could make it a more universal pigment. If so, we may find that purple is life's favorite color. But the color of alien vegetation is more than just a curiosity— it's chemical information that can be seen from lightyears away. Earth plants leave a signature "bump" in the light reflected off our planet. Finding a similar signal from another world could point the way to alien vegetation. Perhaps this will be our first glimpse at alien life: a vibrant hue cast by a distant world. (Caleb Scharf) What happens when you change the day length of a planet? What happens when you change the tilt of a planet? What happens when you change the shape of the orbit? What happens when you change the gravity of a planet? (Narrator) Planets with long, elliptical orbits would see drastic seasons. There could be worlds that appear dead for thousands of years, then suddenly spring to life. Most of the rocky planets discovered so far have been massive "super-Earths". How would life evolve on these worlds? In the seas, gravity may not matter much at all. (Unnamed) A high-gravity planet isn't high-gravity all over. If you're in the sea and that's where all life starts, there's very nearly no gravity 'cause you're much the same density as the stuff around you. It's when the animals come out on land, that they feel the gravity. High g-forces would necessitate large bones and muscle mass in complex life on land. They would also demand a more robust circulatory system. And plant life could be stunted by the energy cost of carrying nutrients under stronger gravity. Low-gravity planets would more easily lose their atmospheres to space, and lack a magnetic field to protect from cosmic rays. But smaller worlds could be home to secret oases: huge cave systems that provide hideouts for life. The smallest possible habitable planets are estimated at 2.5% Earth's mass. If surface life does evolve on these worlds, it could be a sight to behold. Plant life could grow to towering heights, able to carry nutrients higher in lesser gravity. And without the need for bulky skeletons and muscle mass, animals could have body types that boggle the mind. Here on Earth, it took three billion years for evolution to produce complex plant and animal life. Simpler organisms are hardier, more adaptable, and more widespread. The largest collection in the museum of alien life would likely be the "Hall of Microbes". Yet finding even the tiniest alien microbe would be a profound discovery. And bite-sized life could leave a big footprint. Like stromatolites on Earth, layers of microbes could build up into huge rock mounds over time, leaving behind eerie structures. And in big enough numbers, some alien bacteria could leave a distinct biosignature, by exhaling gases- that wouldn't coexist naturally... Like oxygen... and methane. There's ways- to make oxygen without life. There's ways- to make- methane without life. But to have them- in the atmosphere together? Is almost impossible... unless you've got biology- making those gases- at the surface. And it would have, a imprint on the planet's- spectrum of colors. Next generation space telescopes- could find a signal like this, on a world not far from home. The closest Sun-like star- with an Earth-like exoplanet, in the habitable zone... is probably only- 20 light years away... and can be seen... with a naked eye. But there may be an even easier target to aim for than tiny Earth-like planets. The brown dwarfs: too small to be stars, to big to be planets. Most Brown Dwarfs... are too hot to support life- as we know it. But some are just cold enough. 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ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³- WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉʳ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉʳ ᵗ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉʳ ᵗᵉ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉʳ ᵗᵉᵐ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉʳ ᵗᵉᵐᵖ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉʳ ᵗᵉᵐᵖᵉ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉʳ ᵗᵉᵐᵖᵉʳ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉʳ ᵗᵉᵐᵖᵉʳᵃ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉʳ ᵗᵉᵐᵖᵉʳᵃᵗ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉʳ ᵗᵉᵐᵖᵉʳᵃᵗᵘ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉʳ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉʳ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉʳ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉʳ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉʳ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻⁵ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉʳ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻⁵⁰ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉʳ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻⁵⁰ ⁻ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉʳ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻⁵⁰ ⁻ ⁻ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉʳ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻⁵⁰ ⁻ ⁻¹ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉʳ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻⁵⁰ ⁻ ⁻¹³ WISE 0855-0714 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉʳ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻⁵⁰ ⁻ ⁻¹³`ᶜ WISE 0855-071 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉʳ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻⁵⁰ ⁻ ⁻¹³`ᶜ WISE 0855-07 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉʳ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻⁵⁰ ⁻ ⁻¹³`ᶜ WISE 0855-0 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉʳ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻⁵⁰ ⁻ ⁻¹³`ᶜ WISE 0855- ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉʳ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻⁵⁰ ⁻ ⁻¹³`ᶜ WISE 0855 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉʳ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻⁵⁰ ⁻ ⁻¹³`ᶜ WISE 085 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉʳ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻⁵⁰ ⁻ ⁻¹³`ᶜ WISE 085 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉʳ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻⁵⁰ ⁻ ⁻¹³` WISE 085 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉʳ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻⁵⁰ ⁻ ⁻¹³ WISE 085 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉʳ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻⁵⁰ ⁻ ⁻¹ WISE 085 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉʳ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻⁵⁰ ⁻ ⁻ WISE 085 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉʳ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻⁵⁰ ⁻ WISE 085 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗᵉ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻⁵⁰ ⁻ WISE 085 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱᵗ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻⁵⁰ WISE 08 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖⁱ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻⁵ WISE 08 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃʳ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘᵖ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻ WISE 08 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉᵃ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲᵘ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ WISE 08 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸᵉ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ʲ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ WISE 08 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ʸ ᵐᵃˢˢ᠄ ³⁻¹⁰ˣ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳ WISE 0 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰᵗ ᵐᵃˢˢ᠄ ³⁻¹⁰ ᵗᵉᵐᵖᵉʳᵃᵗᵘ WISE 0 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳᶠ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍʰ ᵐᵃˢˢ᠄ ³⁻¹ ᵗᵉᵐᵖᵉʳᵃᵗ WISE 0 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱᵍ ᵐᵃˢˢ᠄ ³⁻ ᵗᵉᵐᵖᵉʳᵃ WISE 0 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷᵃ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡⁱ ᵐᵃˢˢ᠄ ³ ᵗᵉᵐᵖᵉʳ WISE 0 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈʷ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ˡ ᵐᵃˢˢ᠄ ᵗᵉᵐᵖᵉ WISE 0 ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ⁷ ᵐᵃˢˢ ᵗᵉᵐᵖ WISE ˢᵘᵇ⁻ᵇʳᵒʷⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ᵐᵃˢ ᵗᵉᵐ WISE ˢᵘᵇ⁻ᵇʳᵒʷ ᵈⁱˢᵗᵃⁿᶜᵉ ᵐᵃ ᵗᵉ WIS ˢᵘᵇ⁻ᵇʳᵒ ᵈⁱˢᵗᵃⁿᶜ ᵐ ᵗ WIS ˢᵘᵇ⁻ᵇʳ ᵈⁱˢᵗᵃⁿ ᵐ WIS ˢᵘᵇ⁻ᵇ ᵈⁱˢᵗᵃ WIS ˢᵘᵇ⁻ ᵈⁱˢᵗ WIS ˢᵘᵇ ᵈⁱˢ WI ˢᵘ ᵈⁱ WI ˢ ᵈ WI ˢ WI W All the prime elements for life... have been detected- inside their atmospheres. And within these clouds, some layers- would provide ideal.. temperatures- temperatures and pressures... -for habitability. There could be There could be photosynthetic- plankton in these skies, kept aloft... by churning upwinds. And within enough force, these upwinds could even support- larger... larger, more complex life. Predators. There are over 25 billion brown dwarfs in our galaxy alone, and their sizes will make them easier targets for study. The first specimen we discover from the museum of life may not be from a planet at all. This raises a crucial question... what if we've- been looking in... all the all the wrong places? What if nature... What if nature has other ideas? EXHIBIT II EXHIBIT II Life As We Don't Know It EXHIBIT II Life As We Don't Know It ᴱˣᵒᵗⁱᶜ ᴮⁱᵒᶜʰᵉᵐⁱˢᵗʳⁱᵉˢ Most of the Universe... is too cold or too hot- for liquid water, and the biochemistry- that supports life... as we know it. But in case our biases are misleading, we have to cast a wide net. To search for life- outside the habitable zone, in places that seem- wildly hostile to us. Exotic environments... will demand exotic biochemistries. And while no element- can match carbon's versatility, one contender is a front runner. Silicon Silicon M Silicon ᴰ M Silicon ᴰ Mᴇ Silicon ᴰ Mᴇʟ_ Silicon ᴰ Mᴇʟᴛ_ Silicon ᴰᵉ Mᴇʟᴛɪ_ Silicon ᴰᵉ Mᴇʟᴛɪɴ_ Silicon ᴰᵉⁿ Mᴇʟᴛɪɴ_ Silicon ᴰᵉⁿ Mᴇʟᴛɪɴ Silicon ᴰᵉⁿ R_ ᴀ_ Mᴇʟᴛɪɴɢ_ Silicon ᴰᵉⁿˢ R_ ᴀ_ Mᴇʟᴛɪɴɢ_ Silicon ᴰᵉⁿˢ R_ ᴀᴛ_ Mᴇʟᴛɪɴɢ ᴘ_ Silicon ᴰᵉⁿˢ R_ ᴀᴛ_ Mᴇʟᴛɪɴɢ ᴘᴏ_ Silicon ᴰᵉⁿˢⁱ R ᴀᴛ Mᴇʟᴛɪɴɢᴘᴏ Silicon ᴰᵉⁿˢⁱ R ᴀᴛᴏ Mᴇʟᴛɪɴɢ ᴘᴏɪ Silicon ᴰᵉⁿˢⁱᵗ R_ ᴀᴛᴏ_ Mᴇʟᴛɪɴɢ ᴘᴏɪɴ_ Silicon ᴰᵉⁿˢⁱᵗ R_ ᴀᴛᴏ_ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ_ Silicon ᴰᵉⁿˢⁱᵗ R +_ ᴀᴛᴏᴍ_ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ:_ Silicon ᴰᵉⁿˢⁱᵗʸ R + ᴀᴛᴏᴍ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: Silicon ᴰᵉⁿˢⁱᵗʸ R + ᴀᴛᴏᴍɪ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: Silicon ᴰᵉⁿˢⁱᵗʸ R + ᴀᴛᴏᴍɪ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: Silicon ᴰᵉⁿˢⁱᵗʸ R +_ ᴀᴛᴏᴍɪ_ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹ Silicon ᴰᵉⁿˢⁱᵗʸ R +_ ᴀᴛᴏᴍɪ_ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ R +_ ᴀᴛᴏᴍɪ_ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ R + ᴀᴛᴏᴍɪᴄ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ R + ᴀᴛᴏᴍɪᴄ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ R + ᴀᴛᴏᴍɪᴄ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ² R + 7_ ᴀᴛᴏᴍɪᴄ_ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ² R + 7_ ᴀᴛᴏᴍɪᴄ ᴡ_ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ² R + 7_ ᴀᴛᴏᴍɪᴄ ᴡ_ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ Silicon ᴰᵉⁿˢᶦⁱᵗʸ᠄ R + 7: ᴀᴛᴏᴍɪᴄ ᴡ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙ R + 7: ᴀᴛᴏᴍɪᴄ ᴡᴇ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙ R + 7: ᴀᴛᴏᴍɪᴄ ᴡᴇ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙ R + 7:_ ᴀᴛᴏᴍɪᴄ ᴡᴇ_ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ B_ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³ R + 7:_ ᴀᴛᴏᴍɪᴄ ᴡᴇ_ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ B_ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³ R + 7:_ Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪ_ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏ_ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³² R + 7: Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹ R + 7: Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹ R + 7: Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹ R + 7:_ Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢ_ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟ_ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹ R + 7:_ Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜ_ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪ_ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ R + 7:_ Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜ_ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴ_ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ R + 7: 9 Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ R + 7: 9 Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ R + 7: 9 Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28.086 Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ R + 7: 9:_ Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ_ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏ_ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ R + 7: 9:_ Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ_ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏ_ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ R + 7: 9:_ Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ:_ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪ_ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ R + 7: 9: Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ R + 7: 9: Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ R + 7: 9: Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜ R + 7: 9:_ Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ:_ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ:_ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜ R + 7: 9:_ Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 2_ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ:_ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜ R + 7: 9:_ Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 2_ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ:_ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜ R + 7: 9: 5 Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 2 Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ R + 7: 9: 56 Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28 Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³⁵ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ³ R + 7: 9: 56 Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28 Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³⁵ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ³ R + 7: 9: 56_ Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28._ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³⁵ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ³ R + 7: 9: 56._ Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28._ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³⁵³ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ³ R + 7: 9: 56._ Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28.0_ Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³⁵³ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ³ R + 7: 9: 56.2 Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28.0 Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³⁵³⁸ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ³ R + 7: 9: 56.2 Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28.08 Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³⁵³⁸ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ³ R + 7: 9: 56.25 Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28.08 Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³⁵³⁸ ᴷ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ³ R + 7: 9: 56.25_ Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28.086 Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³⁵³⁸ ᴷ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ³ R + 7: 9: 56.25: Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28.086 Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³⁵³⁸ ᴷ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ³ R + 7: 9: 56.25: Period 3 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28.086 Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³⁵³⁸ ᴷ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ³ R + 7: 9: 56.25: P-block ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28.086 Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³⁵³⁸ ᴷ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ³ R + 7: 9: 56.25: Metalloid ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28.086 Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³⁵³⁸ ᴷ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ³ R + 7: 9: 56.25: Metalloid ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28.086 Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³⁵³⁸ ᴷ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ³ At first glance... R + 7: 9: 56.25: Metalloid ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28.086 Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³⁵³⁸ ᴷ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ³ silicon seem similar to carbon. R + 7: 9: 56.25: 3.9936 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28.086 Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³⁵³⁸ ᴷ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ³ silicon seem similar to carbon. R + 7: 9: 56.25: 3.9936 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28.086 Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³⁵³⁸ ᴷ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ³ R + 7: 9: 56.25: ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28.086 Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³⁵³⁸ ᴷ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ³ R + 7: 9: 56.25: Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28.086 Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³⁵³⁸ ᴷ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ³ R + 7: 9: 56.25: Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28.086 Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³⁵³⁸ ᴷ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ³ It forms the same four-way bonds R + 7: 9: 56.25: Period 3 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28.086 Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³⁵³⁸ ᴷ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ³ It forms the same four-way bonds R + 7: 9: 56.25: Period 3 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28.086 Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³⁵³⁸ ᴷ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ³ and is also abundant in the Universe. R + 7: 9: 56.25: P-block ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28.086 Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³⁵³⁸ ᴷ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ³ and is also abundant in the Universe. R + 7: 9: 56.25: P-block ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28.086 Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³⁵³⁸ ᴷ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ³ R + 7: 9: 56.25: Metalloid ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28.086 Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³⁵³⁸ ᴷ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ³ R + 7: 9: 56.25: 3.9936 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28.086 Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³⁵³⁸ ᴷ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ³ R + 7: 9: 56.25: 3.9936 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28.086 Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³⁵³⁸ ᴷ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ³ But a closer look... R + 7: 9: 56.25: 3.9936 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28.086 Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³⁵³⁸ ᴷ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ³ reveals that these- R + 7: 9: 56.25: ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28.086 Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³⁵³⁸ ᴷ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ³ reveals that these- R + 7: 9: 56.25: ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28.086 Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³⁵³⁸ ᴷ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ³ two elements are false twins... R + 7: 9: 56.25: Si 014 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28.086 Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³⁵³⁸ ᴷ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ³ two elements are false twins... R + 7: 9: 56.25: Period 3 ᴀᴛᴏᴍɪᴄ ᴡᴇɪɢʜᴛ: 28.086 Mᴇʟᴛɪɴɢ ᴘᴏɪɴᴛ: ¹⁶⁸⁷ ᴷ ∕ Bᴏɪʟɪɴɢ ᴘᴏɪɴᴛ: ³⁵³⁸ ᴷ Silicon ᴰᵉⁿˢⁱᵗʸ᠄ ²˙³²⁹⁰ ᵍ∕ᶜᵐ³ two elements are false twins... Silicon bonds are weaker, and less prone to forming- large complex molecules. Despite this, they can withstand a wider range- of temperatures, opening up intriguing possibilities. Life based on the silicon atom- instead of carbon, would be more resistant- to the extreme cold. Providing a whole... new range of weird forms. But silicon has a problem... in the presence of oxygen, it binds into solid rock. To avoid turning to stone, silicon beings might be- T silicon beings might be- TI silicon beings might be- TIT silicon beings might be- TITA silicon beings might be- TITAN silicon beings might be- TITAN ˢ TITAN ˢᵃ TITAN ˢᵃᵗ TITAN ˢᵃᵗᵘ confined to oxygen.. TITAN ˢᵃᵗᵘʳ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰² confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻¹ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻¹⁷ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻¹⁷⁹ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻¹⁷⁹` confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻¹⁷⁹`ᶜ confined to oxygen.. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻¹⁷⁹`ᶜ free environments. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻¹⁷⁹`ᶜ ‏‏‎ ‎ TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻¹⁷⁹`ᶜ Like Saturn's frigid moon, TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻¹⁷⁹`ᶜ ‏‏‎ ‎ TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻¹⁷⁹`ᶜ Titan. TITAN ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻¹⁷⁹`ᶜ TITA ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻¹⁷⁹`ᶜ TIT ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻¹⁷⁹`ᶜ TIT ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻¹⁷⁹`ᶜ Its vast lakes.. TIT ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻¹⁷⁹` Its vast lakes.. TIT ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻¹⁷⁹ Its vast lakes.. TIT ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻¹⁷ Its vast lakes.. TIT ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻¹ Its vast lakes.. TIT ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ⁻ Its vast lakes.. TIT ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ Its vast lakes.. TIT ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ Its vast lakes.. TIT ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳ Its vast lakes.. TIT ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘ Its vast lakes.. TIT ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗ Its vast lakes.. TIT ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃ Its vast lakes.. TIT ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳ Its vast lakes.. TIT ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉ Its vast lakes.. TIT ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖ Its vast lakes.. TIT ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉᵐ Its vast lakes.. TIT ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗᵉ Its vast lakes.. TIT ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ ᵗ Its vast lakes.. TIT ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗʰ Its vast lakes.. TIT ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳᵗ Its vast lakes.. TI ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃʳ Its vast lakes.. TI ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉᵃ Its vast lakes.. TI ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ ᵉ Its vast lakes.. TI ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ˣ Its vast lakes.. TI ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰²³ Its vast lakes.. TI ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰² Its vast lakes.. TI ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ ˙⁰ Its vast lakes.. TI ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ᠄ Its vast lakes.. TI ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ Its vast lakes.. TI ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢˢ Its vast lakes.. TI ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃˢ Its vast lakes.. TI ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐᵃ Its vast lakes.. TI ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ ᵐ Its vast lakes.. TI ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏᵐ Its vast lakes.. TI ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ ᵏ Its vast lakes.. TI ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒⁿ Its vast lakes.. TI ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱᵒ Its vast lakes.. TI ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡⁱ Its vast lakes.. TI ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡ Its vast lakes.. TI ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡˡ Its vast lakes.. T ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱˡ Its vast lakes.. T ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐⁱ Its vast lakes.. T ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² ᵐ Its vast lakes.. T ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙² Its vast lakes.. T ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹˙ Its vast lakes.. T ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹ Its vast lakes.. T ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ Its vast lakes.. T ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜᵉ Its vast lakes.. T ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿᶜ Its vast lakes.. T ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃⁿ Its vast lakes.. T ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗᵃ Its vast lakes.. T ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢᵗ Its vast lakes.. T ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱˢ Its vast lakes.. T ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈⁱ Its vast lakes.. T ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ ᵈ Its vast lakes.. T ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒⁿ Its vast lakes.. T ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒᵒ Its vast lakes.. T ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐᵒ Its vast lakes.. T ˢᵃᵗᵘʳⁿⁱᵃⁿ ᵐ Its vast lakes.. T ˢᵃᵗᵘʳⁿⁱᵃⁿ Its vast lakes.. T ˢᵃᵗᵘʳⁿⁱᵃ Its vast lakes.. T ˢᵃᵗᵘʳⁿⁱ Its vast lakes.. ˢᵃᵗᵘʳⁿ Its vast lakes.. ˢᵃᵗᵘʳ Its vast lakes.. ˢᵃᵗᵘ Its vast lakes.. ˢᵃᵗ Its vast lakes.. ˢᵃ Its vast lakes.. ˢ Its vast lakes.. Its vast lakes.. Its vast lakes of liquid... methane and ethane- could be an ideal medium- for silicon-based life, or other... radical radical biochemistries. Without Without ample sunlight, beings on worlds- beings on worlds like Titan, would likely be.. would likely be chemosynthetic. Deriving their energy- by breaking down rocks. Such life forms- could have.. ultra slow metabolisms... and life cycles measured- ..measured in millions of years. And frozen worlds aren't the only possible harbor for exotic life. C Co CoR CoRo CoRoT CoRoT- CoRoT-7 CoRoT-7B CoRoT-7B ˢ CoRoT-7B ˢᵘ CoRoT-7B ˢᵘᵖ CoRoT-7B ˢᵘᵖᵉ CoRoT-7B ˢᵘᵖᵉʳ CoRoT-7B ˢᵘᵖᵉʳ ᵉ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵² CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ¹ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ¹⁰ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ¹⁰² CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ¹⁰²⁶ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ¹⁰²⁶⁻ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ¹⁰²⁶⁻¹ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ¹⁰²⁶⁻¹⁵ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ¹⁰²⁶⁻¹⁵² CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ¹⁰²⁶⁻¹⁵²⁶ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ¹⁰²⁶⁻¹⁵²⁶` CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ¹⁰²⁶⁻¹⁵²⁶`ᶜ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ¹⁰²⁶⁻¹⁵²⁶`ᶜ In high temperatures, CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ¹⁰²⁶⁻¹⁵²⁶`ᶜ typically rigid silicon- CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ¹⁰²⁶⁻¹⁵²⁶`ᶜ ‏‏‎ ‎ CoRoT-7B ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ¹⁰²⁶⁻¹⁵²⁶`ᶜ oxygen bonds become more... CoRoT-7 ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ¹⁰²⁶⁻¹⁵²⁶`ᶜ flexible and reactive. CoRoT- ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ¹⁰²⁶⁻¹⁵²⁶`ᶜ flexible and reactive. CoRoT ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ¹⁰²⁶⁻¹⁵²⁶`ᶜ flexible and reactive. CoRo ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ¹⁰²⁶⁻¹⁵²⁶`ᶜ flexible and reactive. CoRo ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ¹⁰²⁶⁻¹⁵²⁶` flexible and reactive. CoRo ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ¹⁰²⁶⁻¹⁵²⁶ flexible and reactive. CoRo ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ¹⁰²⁶⁻¹⁵² flexible and reactive. CoRo ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ¹⁰²⁶⁻¹⁵ flexible and reactive. CoRo ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ¹⁰²⁶⁻¹ flexible and reactive. CoRo ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ¹⁰²⁶⁻ flexible and reactive. CoRo ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ¹⁰²⁶ flexible and reactive. CoRo ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ¹⁰² flexible and reactive. CoRo ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ¹⁰ flexible and reactive. CoRo ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ ¹ flexible and reactive. CoRo ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ᠄ flexible and reactive. CoRo ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳᵉ flexible and reactive. CoRo ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘʳ flexible and reactive. CoRo ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗᵘ flexible and reactive. CoRo ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃᵗ flexible and reactive. CoRo ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳᵃ flexible and reactive. CoR ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉʳ flexible and reactive. CoR ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖᵉ flexible and reactive. CoR ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐᵖ flexible and reactive. CoR ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉᵐ flexible and reactive. CoR ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗᵉ flexible and reactive. CoR ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ ᵗ flexible and reactive. CoR ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗʰ flexible and reactive. CoR ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳᵗ flexible and reactive. CoR ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃʳ flexible and reactive. CoR ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉᵃ flexible and reactive. CoR ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ ᵉ flexible and reactive. CoR ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ˣ flexible and reactive. Co ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜⁸ flexible and reactive. Co ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ ˜ flexible and reactive. Co ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ flexible and reactive. Co ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ᠄ flexible and reactive. Co ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢˢ flexible and reactive. Co ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃˢ flexible and reactive. Co ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐᵃ flexible and reactive. Co ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ᵐ flexible and reactive. Co ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ flexible and reactive. Co ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳ flexible and reactive. Co ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉᵃ flexible and reactive. Co ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸᵉ flexible and reactive. Co ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ ʸ flexible and reactive. Co ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰᵗ flexible and reactive. C ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍʰ flexible and reactive. C ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱᵍ flexible and reactive. C ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡⁱ flexible and reactive. C ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ ˡ flexible and reactive. C ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵²⁰ flexible and reactive. C ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵² flexible and reactive. C ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜⁵ flexible and reactive. C ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ˜ flexible and reactive. C ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜᵉ flexible and reactive. C ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿᶜ flexible and reactive. C ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃⁿ flexible and reactive. C ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗᵃ flexible and reactive. C ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢᵗ C ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱˢ C ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈⁱ C ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ᵈ C ˢᵘᵖᵉʳ ᵉᵃʳᵗʰ ˢᵘᵖᵉʳ ᵉᵃʳᵗ ˢᵘᵖᵉʳ ᵉᵃʳ ˢᵘᵖᵉʳ ᵉᵃ ˢᵘᵖᵉʳ ᵉ ˢᵘᵖᵉʳ ˢᵘᵖᵉ ˢᵘᵖ ˢᵘ ˢ Triggering Triggering more... Triggering more dynamic chemistry. This has led- to a to a truly bizarre proposal... silicon silicon-based life forms, that live inside- that live inside molten that live inside molten silicate molten silicate rock. In theory, these forms could even exist, deep beneath the Earth... inside magma chambers, as part of a.. -of a shadow -of a shadow biosphere. If so... then the aliens then the aliens are right- ..are right under our noses. Other shadow biospheres- have been proposed... forms of life... living alongside us- that we don't even- know are here. Including tiny RNA-based life, small enough to go undetected- by existing instruments. [Many billion years ago] Clouds of dust and empty space, might seem like the last place- you did expect to find anything living. Astronomical Plasma Astronomical Plasma But when cosmic dust- Astronomical Plasma makes contact with plasma, Astronomical Plasma ⁱⁿᵗᵉʳˢᵗᵉˡˡᵃʳ ⁱᵒⁿⁱᶻᵉᵈ ᵍᵃˢ makes contact with plasma, Astronomical Plasma ⁱⁿᵗᵉʳˢᵗᵉˡˡᵃʳ ⁱᵒⁿⁱᶻᵉᵈ ᵍᵃˢ ‏‏‎ ‎ Astronomical Plasma ⁱⁿᵗᵉʳˢᵗᵉˡˡᵃʳ ⁱᵒⁿⁱᶻᵉᵈ ᵍᵃˢ a type of ionized gas... Astronomical Plasma ⁱⁿᵗᵉʳˢᵗᵉˡˡᵃʳ ⁱᵒⁿⁱᶻᵉᵈ ᵍᵃˢ something strange happens. Astronomical Plasma ⁱⁿᵗᵉʳˢᵗᵉˡˡᵃʳ ⁱᵒⁿⁱᶻᵉᵈ ᵍᵃˢ In simulated conditions ...dust particles, have been seen- seen spontaneously... self-organizing- into helical structures- that resemble.. that resemble DNA. These plasma crystals- even begin to exhibit- life-like behavior... replicating, evolving into more... stable forms- and passing on information. Could these crystals be considered alive? To some researchers, they meet all the criteria to qualify as inorganic life forms. So far, we have only ever seen them in computer simulations. But some speculate we could find them among the ice particles in the rings of Uranus. Space Plasma Space Plasma Plasma is the most- Space Plasma common state of matter... Space Plasma common state of matter... Space Plasma ⁱⁿᵗᵉʳ⁻ ˢᵒˡᵃʳ‏‏‎ ‎ ‏‏‎ ‎ Space Plasma ⁱⁿᵗᵉʳ⁻ ˢᵒˡᵃʳ ˢʸˢᵗᵉᵐ ⁱᵒⁿⁱᶻᵉᵈ ᵍᵃˢ in the Universe. Space Plasma ⁱⁿᵗᵉʳ⁻ ˢᵒˡᵃʳ ˢʸˢᵗᵉᵐ ⁱᵒⁿⁱᶻᵉᵈ ᵍᵃˢ Space Plasma ⁱⁿᵗᵉʳ⁻ ˢᵒˡᵃʳ ˢʸˢᵗᵉᵐ ⁱᵒⁿⁱᶻᵉᵈ ᵍᵃˢ If complex evolving- Space Plasma ⁱⁿᵗᵉʳ⁻ ˢᵒˡᵃʳ ˢʸˢᵗᵉᵐ ⁱᵒⁿⁱᶻᵉᵈ ᵍᵃˢ plasma crystals really exist? Space Plasma ⁱⁿᵗᵉʳ⁻ ˢᵒˡᵃʳ ˢʸˢᵗᵉᵐ ⁱᵒⁿⁱᶻᵉᵈ ᵍᵃˢ ‏‏‎ ‎ Space Plasma ⁱⁿᵗᵉʳ⁻ ˢᵒˡᵃʳ ˢʸˢᵗᵉᵐ ⁱᵒⁿⁱᶻᵉᵈ ᵍᵃˢ and if they can be considered life, Space Plasma ⁱⁿᵗᵉʳ⁻ ˢᵒˡᵃʳ ˢʸˢᵗᵉᵐ ⁱᵒⁿⁱᶻᵉᵈ ᵍᵃˢ ‏‏‎ ‎ Space Plasma ⁱⁿᵗᵉʳ⁻ ˢᵒˡᵃʳ ˢʸˢᵗᵉᵐ ⁱᵒⁿⁱᶻᵉᵈ ᵍᵃˢ they could be its most common form. Or perhaps life is lurking in the polar opposite environment: inside the hearts of dead stars. When massive suns explode, some collapse into- ultra dense cores... P ultra dense cores... PS ultra dense cores... PSR ‏‏‎ ‎ PSR B called neutron stars. PSR B1 called neutron stars. PSR B15 called neutron stars. PSR B150 called neutron stars. PSR B1509 called neutron stars. PSR B1509- called neutron stars. PSR B1509-5 called neutron stars. PSR B1509-58 called neutron stars. PSR B1509-58 called neutron stars. PSR B1509-58 ⁿᵉ called neutron stars. PSR B1509-58 ⁿᵉᵘ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ᠄ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ᠄ ˜ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ᠄ ˜⁷ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ᠄ ˜⁷∕ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ᠄ ˜⁷∕ˢ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ᠄ ˜⁷∕ˢᵉ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ᠄ ˜⁷∕ˢᵉᶜ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ᠄ ˜⁷∕ˢᵉᶜᵒ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ᠄ ˜⁷∕ˢᵉᶜᵒⁿ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ᠄ ˜⁷∕ˢᵉᶜᵒⁿᵈ called neutron stars. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ᠄ ˜⁷∕ˢᵉᶜᵒⁿᵈ ‏‏‎ ‎ PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ᠄ ˜⁷∕ˢᵉᶜᵒⁿᵈ Hulking masses of atomic nuclei, PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ᠄ ˜⁷∕ˢᵉᶜᵒⁿᵈ ‏‏‎ ‎ PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ᠄ ˜⁷∕ˢᵉᶜᵒⁿᵈ crammed together like sardines. PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ᠄ ˜⁷∕ˢᵉᶜᵒⁿᵈ PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ᠄ ˜⁷∕ˢᵉᶜᵒⁿᵈ Conditions on the surface- PSR B1509-58 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ᠄ ˜⁷∕ˢᵉᶜᵒⁿᵈ are mind-boggling... PSR B1509-5 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ᠄ ˜⁷∕ˢᵉᶜᵒⁿᵈ are mind-boggling... PSR B1509- ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ᠄ ˜⁷∕ˢᵉᶜᵒⁿᵈ are mind-boggling... PSR B1509 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ᠄ ˜⁷∕ˢᵉᶜᵒⁿᵈ are mind-boggling... PSR B150 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ᠄ ˜⁷∕ˢᵉᶜᵒⁿᵈ PSR B15 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ᠄ ˜⁷∕ˢᵉᶜᵒⁿᵈ PSR B1 ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ᠄ ˜⁷∕ˢᵉᶜᵒⁿᵈ PSR B ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ᠄ ˜⁷∕ˢᵉᶜᵒⁿᵈ PSR B ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ᠄ ˜⁷∕ˢᵉᶜᵒⁿ PSR B ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ᠄ ˜⁷∕ˢᵉᶜᵒ PSR B ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ᠄ ˜⁷∕ˢᵉᶜ PSR B ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈᶦˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡᶦᵍʰᵗ ʸᵉᵃʳˢ ˢᵖᶦⁿ ʳᵃᵗᵉ᠄ ˜⁷∕ˢᵉ PSR B ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ᠄ ˜⁷∕ˢ PSR B ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ᠄ ˜⁷∕ PSR B ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ᠄ ˜⁷ PSR ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ᠄ ˜ PSR ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ᠄ PSR ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗᵉ PSR ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃᵗ PSR ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳᵃ PSR ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ ʳ PSR ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖⁱⁿ PSR ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖᶦ PS ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢᵖ PS ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ ˢ PS ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳˢ PS ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃʳ PS ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉᵃ PS ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸᵉ PS ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ ʸ PS ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰᵗ PS ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍʰ PS ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱᵍ PS ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡⁱ PS ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ ˡ PS ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰⁰ PS ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰⁰ PS ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷⁰ PS ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹⁷ PS ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ ¹ PS ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ᠄ PS ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜᵉ PS ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿᶜ PS ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃⁿ PS ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗᵃ PS ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢᵗ PS ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱˢ PS ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈⁱ PS ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ ᵈ PS ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃʳ PS ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢᵃ P ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡˢ P ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘˡ P ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖᵘ P ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ ᵖ P ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ ∕ P ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃʳ P ⁿᵉᵘᵗʳᵒⁿ ˢᵗᵃ P ⁿᵉᵘᵗʳᵒⁿ ˢᵗ P ⁿᵉᵘᵗʳᵒⁿ ˢ P ⁿᵉᵘᵗʳᵒⁿ P ⁿᵉᵘᵗʳᵒ P ⁿᵉᵘᵗʳ P ⁿᵉᵘᵗ P ⁿᵉᵘ P ⁿᵉ P ⁿ P gravity.. gravity is a is a hundred is a hundred billion times... stronger than Earths. But beneath.. their iron nuclei- iron nuclei crust lies, something strange... a hot- a hot dense a hot dense sea... of neutrons- ..neutrons and subatomic particles. Stripped of their electron shells- these nuclei would obey entirely... different laws of chemistry, based not on the electromagnetic force, but the strong nuclear force... which binds nuclei together. In theory... these particles could link-up to form- larger macronuclei... which could then- combine into even bigger- super nuclei. If so... then this bewildering environment, would mimic the basic- conditions for life. Heavy nucleon molecules, floating in a complex- particle ocean. Some scientists have- proposed the unimaginable... exotic life forms... drifting through the- strange particle sea, living evolving... and dying on incomprehensibly- fast time scales... There's probably no chance of ever detecting such a strange breed of life. But there may be hope for finding an even more exotic form. Life is not something- that has to evolve naturally. It can be designed. And once intelligence- is introduced into the- evolutionary process, a Pandora's box is opened. Free from typical... biological limitations, synthetic and machine-based life- could be the most... successful of all. It could thrive... almost anywhere, including the vaccum of space, opening up vast frontiers... unavailable to biological organisms. And compared to the glacial pace- of natural selection, technical evolution- allows exponentially... faster growth, adaptability and resilience. By some estimates, autonomous self- replicating machines... could colonize... an entire galaxy- in as little... as a million years. We can't predict... how hyper-intelligent life- would organize itself, but in theory, there could be- convergent evolution at play. The electrical properties of Silicon- might make it a universal basis... for machine intelligence, a redemption... for its biological shortcomings. With all its potential advantages, With all its potential advantages, machine life may even be a universal endpoint: With all its potential advantages, machine life may even be a universal endpoint: the apex of evolutionary process. As the universe ages, perhaps machine intelligence... would come to dominate, and naturally occurring- biological life will be viewed... as a quaint starting point. Perhaps... we ourselves... will lead this transition, and the great human experiment... would be merely... a first link- in a sprawling, intergalactic chain of life. In the end, we are still the only beings we know of in the museum of alien life. To truly know ourselves, we will have to know: To truly know ourselves, we will have to know: are we the only ones? Loren Eiseley has said... that one does not meet oneself... until one catches... the reflection from an eye- other than human. One day that eye- maybe that... of an intelligent alien. And the sooner- we eschew our... narrow view of evolution, the sooner- we can... truly explore, our ultimate origins... and destinations. We have seen what could be out there. And we know how we might find it. There is only one thing left to do. Go looking. End Credit In 3... End Credit In 2... End Credit In 1... End Credit In 0.99... End Credit In 0.98... End Credit In 0.97... End Credit In 0.96... End Credit In 0.95... End Credit In 0.94... End Credit In 0.93... End Credit In 0.92... End Credit In 0.92... End Credit In 0.91... End Credit In 0.90... End Credit In 0.89... End Credit In 0.89... End Credit In 0.88... End Credit In 0.87... End Credit In 0.86... End Credit In 0.85... End Credit In 0.84... End Credit In 0.83... End Credit In 0.82... End Credit In 0.82... End Credit In 0.81... End Credit In 0.80... End Credit In 0.79... End Credit In 0.78... End Credit In 0.77... End Credit In 0.76... End Credit In 0.75... End Credit In 0.74... End Credit In 0.73... End Credit In 0.72... 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𝐇𝐀𝐍𝐃 𝐂𝐑𝐀𝐅𝐓𝐄𝐃 𝐁𝐘 𝐌𝐄𝐋𝐎𝐃𝐘𝐒𝐇𝐄𝐄𝐏 ᴄ 𝐇𝐀𝐍𝐃 𝐂𝐑𝐀𝐅𝐓𝐄𝐃 𝐁𝐘 𝐌𝐄𝐋𝐎𝐃𝐘𝐒𝐇𝐄𝐄𝐏 ᴄᴀ 𝐇𝐀𝐍𝐃 𝐂𝐑𝐀𝐅𝐓𝐄𝐃 𝐁𝐘 𝐌𝐄𝐋𝐎𝐃𝐘𝐒𝐇𝐄𝐄𝐏 ᴄᴀᴘ 𝐇𝐀𝐍𝐃 𝐂𝐑𝐀𝐅𝐓𝐄𝐃 𝐁𝐘 𝐌𝐄𝐋𝐎𝐃𝐘𝐒𝐇𝐄𝐄𝐏 ᴄᴀᴘᴛ 𝐇𝐀𝐍𝐃 𝐂𝐑𝐀𝐅𝐓𝐄𝐃 𝐁𝐘 𝐌𝐄𝐋𝐎𝐃𝐘𝐒𝐇𝐄𝐄𝐏 ᴄᴀᴘᴛɪ 𝐇𝐀𝐍𝐃 𝐂𝐑𝐀𝐅𝐓𝐄𝐃 𝐁𝐘 𝐌𝐄𝐋𝐎𝐃𝐘𝐒𝐇𝐄𝐄𝐏 ᴄᴀᴘᴛɪᴏ 𝐇𝐀𝐍𝐃 𝐂𝐑𝐀𝐅𝐓𝐄𝐃 𝐁𝐘 𝐌𝐄𝐋𝐎𝐃𝐘𝐒𝐇𝐄𝐄𝐏 ᴄᴀᴘᴛɪᴏɴ ᴠ 𝐇𝐀𝐍𝐃 𝐂𝐑𝐀𝐅𝐓𝐄𝐃 𝐁𝐘 𝐌𝐄𝐋𝐎𝐃𝐘𝐒𝐇𝐄𝐄𝐏 ᴄᴀᴘᴛɪᴏɴɪ ᴠʀ 𝐇𝐀𝐍𝐃 𝐂𝐑𝐀𝐅𝐓𝐄𝐃 𝐁𝐘 𝐌𝐄𝐋𝐎𝐃𝐘𝐒𝐇𝐄𝐄𝐏 ᴄᴀᴘᴛɪᴏɴɪs ᴠʀɢ 𝐇𝐀𝐍𝐃 𝐂𝐑𝐀𝐅𝐓𝐄𝐃 𝐁𝐘 𝐌𝐄𝐋𝐎𝐃𝐘𝐒𝐇𝐄𝐄𝐏 ᴄᴀᴘᴛɪᴏɴɪsᴛ ᴠʀɢᴛ 𝐇𝐀𝐍𝐃 𝐂𝐑𝐀𝐅𝐓𝐄𝐃 𝐁𝐘 𝐌𝐄𝐋𝐎𝐃𝐘𝐒𝐇𝐄𝐄𝐏 ᴄᴀᴘᴛɪᴏɴɪsᴛ : ᴠʀɢᴛɪ ᴇ 𝐇𝐀𝐍𝐃 𝐂𝐑𝐀𝐅𝐓𝐄𝐃 𝐁𝐘 𝐌𝐄𝐋𝐎𝐃𝐘𝐒𝐇𝐄𝐄𝐏 ᴄᴀᴘᴛɪᴏɴɪsᴛ : ᴠʀɢᴛɪᴄ ᴇʀ 𝐇𝐀𝐍𝐃 𝐂𝐑𝐀𝐅𝐓𝐄𝐃 𝐁𝐘 𝐌𝐄𝐋𝐎𝐃𝐘𝐒𝐇𝐄𝐄𝐏 ᴄᴀᴘᴛɪᴏɴɪsᴛ : ᴠʀɢᴛɪᴄs ᴇʀɪ 𝐇𝐀𝐍𝐃 𝐂𝐑𝐀𝐅𝐓𝐄𝐃 𝐁𝐘 𝐌𝐄𝐋𝐎𝐃𝐘𝐒𝐇𝐄𝐄𝐏 ᴄᴀᴘᴛɪᴏɴɪsᴛ : ᴠʀɢᴛɪᴄs ᴇʀɪᴄ ᴋ 𝐇𝐀𝐍𝐃 𝐂𝐑𝐀𝐅𝐓𝐄𝐃 𝐁𝐘 𝐌𝐄𝐋𝐎𝐃𝐘𝐒𝐇𝐄𝐄𝐏 ᴄᴀᴘᴛɪᴏɴɪsᴛ : ᴠʀɢᴛɪᴄs ᴇʀɪᴄᴋ ᴋɪ 𝐇𝐀𝐍𝐃 𝐂𝐑𝐀𝐅𝐓𝐄𝐃 𝐁𝐘 𝐌𝐄𝐋𝐎𝐃𝐘𝐒𝐇𝐄𝐄𝐏 ᴄᴀᴘᴛɪᴏɴɪsᴛ : ᴠʀɢᴛɪᴄs ᴇʀɪᴄᴋs ᴋɪʟ 𝐇𝐀𝐍𝐃 𝐂𝐑𝐀𝐅𝐓𝐄𝐃 𝐁𝐘 𝐌𝐄𝐋𝐎𝐃𝐘𝐒𝐇𝐄𝐄𝐏 ᴄᴀᴘᴛɪᴏɴɪsᴛ : ᴠʀɢᴛɪᴄs ᴇʀɪᴄᴋsᴏ ᴋɪʟʟ 𝐇𝐀𝐍𝐃 𝐂𝐑𝐀𝐅𝐓𝐄𝐃 𝐁𝐘 𝐌𝐄𝐋𝐎𝐃𝐘𝐒𝐇𝐄𝐄𝐏 ᴄᴀᴘᴛɪᴏɴɪsᴛ : ᴠʀɢᴛɪᴄs ᴇʀɪᴄᴋsᴏᴀ ᴋɪʟʟᴇ 𝐇𝐀𝐍𝐃 𝐂𝐑𝐀𝐅𝐓𝐄𝐃 𝐁𝐘 𝐌𝐄𝐋𝐎𝐃𝐘𝐒𝐇𝐄𝐄𝐏 ᴄᴀᴘᴛɪᴏɴɪsᴛ : ᴠʀɢᴛɪᴄs ᴇʀɪᴄᴋsᴏᴀʀ ᴋɪʟʟᴇʀ 𝐇𝐀𝐍𝐃 𝐂𝐑𝐀𝐅𝐓𝐄𝐃 𝐁𝐘 𝐌𝐄𝐋𝐎𝐃𝐘𝐒𝐇𝐄𝐄𝐏 ᴄᴀᴘᴛɪᴏɴɪsᴛ : ᴠʀɢᴛɪᴄs ᴇʀɪᴄᴋsᴏᴀʀᴇ ᴋɪʟʟᴇʀɢ 𝐇𝐀𝐍𝐃 𝐂𝐑𝐀𝐅𝐓𝐄𝐃 𝐁𝐘 𝐌𝐄𝐋𝐎𝐃𝐘𝐒𝐇𝐄𝐄𝐏 ᴄᴀᴘᴛɪᴏɴɪsᴛ : ᴠʀɢᴛɪᴄs ᴇʀɪᴄᴋsᴏᴀʀᴇs ᴋɪʟʟᴇʀɢʜ 𝐇𝐀𝐍𝐃 𝐂𝐑𝐀𝐅𝐓𝐄𝐃 𝐁𝐘 𝐌𝐄𝐋𝐎𝐃𝐘𝐒𝐇𝐄𝐄𝐏 ᴄᴀᴘᴛɪᴏɴɪsᴛ : ᴠʀɢᴛɪᴄs ᴇʀɪᴄᴋsᴏᴀʀᴇs3 ᴋɪʟʟᴇʀɢʜᴏ 𝐇𝐀𝐍𝐃 𝐂𝐑𝐀𝐅𝐓𝐄𝐃 𝐁𝐘 𝐌𝐄𝐋𝐎𝐃𝐘𝐒𝐇𝐄𝐄𝐏 ᴄᴀᴘᴛɪᴏɴɪsᴛ : ᴠʀɢᴛɪᴄs ᴇʀɪᴄᴋsᴏᴀʀᴇs3 ᴋɪʟʟᴇʀɢʜᴏᴜ 𝐇𝐀𝐍𝐃 𝐂𝐑𝐀𝐅𝐓𝐄𝐃 𝐁𝐘 𝐌𝐄𝐋𝐎𝐃𝐘𝐒𝐇𝐄𝐄𝐏 ᴄᴀᴘᴛɪᴏɴɪsᴛ : ᴠʀɢᴛɪᴄs ᴇʀɪᴄᴋsᴏᴀʀᴇs3 ᴋɪʟʟᴇʀɢʜᴏᴜʟ 𝐇𝐀𝐍𝐃 𝐂𝐑𝐀𝐅𝐓𝐄𝐃 𝐁𝐘 𝐌𝐄𝐋𝐎𝐃𝐘𝐒𝐇𝐄𝐄𝐏 𝐇𝐀𝐍𝐃 𝐂𝐑𝐀𝐅𝐓𝐄𝐃 𝐁𝐘 𝐌𝐄𝐋𝐎𝐃𝐘𝐒𝐇𝐄𝐄𝐏 𝐇𝐀𝐍𝐃 𝐂𝐑𝐀𝐅𝐓𝐄𝐃 𝐁𝐘 𝐌𝐄𝐋𝐎𝐃𝐘𝐒𝐇𝐄𝐄𝐏 Sᴜᴘᴘᴏʀᴛᴇᴅ ʙʏ 𝐇𝐀𝐍𝐃 𝐂𝐑𝐀𝐅𝐓𝐄𝐃 𝐁𝐘 𝐌𝐄𝐋𝐎𝐃𝐘𝐒𝐇𝐄𝐄𝐏 Sᴜᴘᴘᴏʀᴛᴇᴅ ʙʏ Protocol Labs Sᴜᴘᴘᴏʀᴛᴇᴅ ʙʏ Protocol Labs ɴᴀʀʀᴀᴛᴇᴅ ʙʏ Protocol Labs ɴᴀʀʀᴀᴛᴇᴅ ʙʏ Will Crowley ɴᴀʀʀᴀᴛᴇᴅ ʙʏ Will Crowley ᴄᴏɴᴄᴇᴘᴛ, ᴍᴜsɪᴄ, & ᴠɪsᴜᴀʟs ʙʏ Will Crowley ᴄᴏɴᴄᴇᴘᴛ, ᴍᴜsɪᴄ, & ᴠɪsᴜᴀʟs ʙʏ Melodysheep (John D. Boswell) ᴄᴏɴᴄᴇᴘᴛ, ᴍᴜsɪᴄ, & ᴠɪsᴜᴀʟs ʙʏ Melodysheep (John D. Boswell) ᴡɪᴛʜ ᴀᴅᴅɪᴛɪᴏɴᴀʟ ᴠɪsᴜᴀʟs ʙʏ Melodysheep (John D. Boswell) ᴡɪᴛʜ ᴀᴅᴅɪᴛɪᴏɴᴀʟ ᴠɪsᴜᴀʟs ʙʏ Lynn Huberty ᴡɪᴛʜ ᴀᴅᴅɪᴛɪᴏɴᴀʟ ᴠɪsᴜᴀʟs ʙʏ Lynn Huberty Tim Stupak Lynn Huberty Tim Stupak NASA Tim Stupak NASA Evolve NASA Evolve sᴏᴜɴᴅʙɪᴛᴇs ꜰʀᴏᴍ Evolve sᴏᴜɴᴅʙɪᴛᴇs ꜰʀᴏᴍ Nick Lane sᴏᴜɴᴅʙɪᴛᴇs ꜰʀᴏᴍ Nick Lane Jonathan Losos Nick Lane Jonathan Losos Caleb Scharf Jonathan Losos Caleb Scharf Jack Cohen Caleb Scharf Jack Cohen Jill Tarter Jack Cohen Jill Tarter sᴘᴇᴄɪᴀʟ ᴛʜᴀɴᴋs ᴛᴏ Jill Tarter sᴘᴇᴄɪᴀʟ ᴛʜᴀɴᴋs ᴛᴏ Juan Benet sᴘᴇᴄɪᴀʟ ᴛʜᴀɴᴋs ᴛᴏ Juan Benet Rowdy Jansen Juan Benet Rowdy Jansen Lynn Huberty Rowdy Jansen Lynn Huberty Tim Stupak Lynn Huberty Tim Stupak Joel Edwards Tim Stupak Joel Edwards Melodysheep Patreon supporters Joel Edwards Melodysheep Patreon supporters sᴜᴘᴘᴏʀᴛ ᴛʜɪs ᴘʀᴏᴅᴜᴄᴛɪᴏɴ ᴀᴛ Melodysheep Patreon supporters sᴜᴘᴘᴏʀᴛ ᴛʜɪs ᴘʀᴏᴅᴜᴄᴛɪᴏɴ ᴀᴛ patreon.com/melodysheep sᴜᴘᴘᴏʀᴛ ᴛʜɪs ᴘʀᴏᴅᴜᴄᴛɪᴏɴ ᴀᴛ patreon.com/melodysheep Melodysheep.com patreon.com/melodysheep Melodysheep.com Twitter: @musicalscience Melodysheep.com Twitter: @musicalscience Instagram: @melodysheep Twitter: @musicalscience Instagram: @melodysheep ᵃⁿ Instagram: @melodysheep ᵃⁿ Amber Mountain Studios ᵃⁿ Amber Mountain Studios ᴘʀᴏᴅᴜᴄᴛɪᴏɴ ɴᴇxᴛ ᴏɴ ʟɪꜰᴇ ʙᴇʏᴏɴᴅ: Making contact with intelligent life Intergalactic civilizations Surviving the end of the universe sᴏᴜɴᴅᴛʀᴀᴄᴋ ᴄᴏᴍɪɴɢ ᴛᴏ ᴀʟʟ ᴍᴀᴊᴏʀ ᴍᴜsɪᴄ ᴘʟᴀᴛꜰᴏʀᴍs sᴜᴘᴘᴏʀᴛ ᴛʜᴇ ɴᴇxᴛ ᴄʜᴀᴘᴛᴇʀ ᴀᴛ: patreon.com/melodysheep