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Will “The Singularity” rescue us from death?

Yeah, death is scary and freaky, but on the other hand, I have no direct idea of what it actually involves (having never been dead myself). Given that reality, my job is to live this life as completely as possible. You can engage fully in its richness, its sorrows, and its beauty, or you can miss it by worrying about when or how this aspect of being ends.

From this perspective, the transhumanist desire to “conquer” death sounds like the worst forms of religious zeal. Both science and spiritual practice are supposed to help us look directly into the truth of life, the Universe, and Everything. Death, whatever it means, is part of all three. To spend effort thinking otherwise is to, quite sadly, miss the point profoundly.

Even more important, however, is the wrong-headedness of the transhuman conception of what it means to be human. Their idea is that it’s literally all in the head. Your life, in the transhumanist conception, is reducible to the computations happening in your brain. The totality of your experience — its vibrancy and immediacy and the strange inescapable luminosity of its presence — is all just meat computing. And if that’s the case, who needs the meat? Let’s just swap out the neurons for silicon chips, and it will all be the same. Heck, it will be better, and it gets to go on forever and ever.

Obscure Biochemical Paradox May Explain Why We Can’t Find Alien Life

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Hello and welcome! My name is Anton and in this video, we will talk about a potential resolution to Fermi paradox using another — Levinthal’s Paradox.
Links:
https://theconversation.com/ai-makes-huge-progress-predictin…ent-151181
https://en.wikipedia.org/wiki/Levinthal%27s_paradox.
https://en.wikipedia.org/wiki/Protein_structure_prediction.
https://web.archive.org/web/20110523080407/http://www-miller…nthal.html.
Previous Fermi Paradox part: https://youtu.be/iCDM5uLYeJU
#fermiparadox #proteins #alienlife.

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NASA is using AI to design alien-looking mission hardware

We are only a month and a half into 2023 and it’s already proving to be a breakout year for artificial intelligence. Following the early success of AI art generators like Stable Diffusion and Midjourney, we are now seeing big tech get behind AI-powered chatbots.

NASA, meanwhile, has been using AI to help it design bespoke hardware for a while now.

Ryan McClelland, a research engineer with NASA, helped pioneer the agency’s use of one-off parts using commercially available AI. The resulting hardware, which McClelland has dubbed “evolved structures,” looks a bit alien even by his own admission. “But once you see them in function, it really makes sense,” he added.

Nanotech Away Missions: Picogram-scale Probes To Explore Nearby Stars

In a forward-looking article, George Church, PhD, from Harvard University and the Wyss Institute, proposes the use of picogram to nanogram-scale probes that can land, replicate, and produce a communications module at the destination to explore nearby stars.

The fascinating new article is published in a special issue on “Interstellar Objects in Astrobiology” of the peer-reviewed journal Astrobiology.

“One design is a highly reflective light sail, traveling a long straight line toward the gravitational well of a destination star, and the photo-deflected to the closest non-luminous mass – ideally a planet or moon with exposed liquid water,” states Dr. Church.

‘They look alien’: NASA uses AI to design complex spacecraft parts

NASA has turned to AI to help them develop, and build, more robust, lightweight components for its spacecraft of the future.

NASA’s Goddard Space Flight Center in Maryland has been using commercially available AI software to design specialized, bespoke parts, called “evolved structures,” for its missions. They also look a little “out of this world.”

“They look somewhat alien and weird,” Research Engineer Ryan McClelland said, “but once you see them in function, it makes sense.”

Images: NASA Perseverance samples aid search for ancient life on Mars

The Perseverance rover has spent close to two years on Mars.

NASA’s Perseverance rover has spent just under two years collecting samples and beaming images of the red planet back to Earth. During that time, Perseverance placed several Mars rock sample tubes on the Martian surface as backup samples in case anything happened to the rover’s main sample cache.

The highly-ambitious Mars Sample Return mission aims to develop the technology to collect and transport the samples back to Earth by the early 2030s.

Now, the rover has beamed back images of its path in recent months, including the positions of its 10 backup samples.


NASA/JPL-Caltech/ASU/MSSS

During that time, Perseverance placed several Mars rock sample tubes on the Martian surface as backup samples in case anything happened to the rover’s main sample cache.

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