Lifeboat Foundation

The most intelligent AI Scientists in the world are becoming increasingly worried about Artificial Intelligence programs becoming more unpredictable and incomprehensible as they become more powerful. AI is also overtaking powerful positions in the government, healthcare and defense which could prove dangerous as an Artificial Super Intelligence is coming very close as the Singularity approaches in the future of 2045. People like Elon Musk and Ray Kurzweil have long warned us about AI beating Humans in anything we can imagine. Nvidia and Meta are also working on specially made hardware and software in the form of pytorch and 2022 GPU’s. Artificial General Intelligence is a real dangers and here are some solutions to it.
–
TIMESTAMPS:
00:00 The Dawn of incomprehensible AI
01:33 The Dangers of Artificial Intelligence.
03:03 A Possible solution.
04:23 What ASI means for Society.
07:15 So, is all hope lost?
09:03 Last Words.
–
#ai #asi #agi

The first benchmark of MediaTek’s upcoming Dimensity 2000 SoC has been revealed. The chipset scored more than 1,000,000 points in AnTuTu.

The company has its hands in a lot of technology pies, from advanced robotics to autonomous cars, planes, chips, advanced AI, and even medical research. This week it offered a glimpse of an avatar-dominated collaboration metaverse.

Next they’ll figure out how to bring an asteroid safely back to earth for its minerals 🤷🏼‍♂️🚀

Summary: A newly developed AI algorithm can directly predict eye position and movement during an MRI scan. The technology could provide new diagnostics for neurological disorders that manifest in changes in eye-movement patterns.

Source: Max Planck Institute.

A large amount of information constantly flows into our brain via the eyes. Scientists can measure the resulting brain activity using magnetic resonance imaging (MRI). The precise measurement of eye movements during an MRI scan can tell scientists a great deal about our thoughts, memories and current goals, but also about diseases of the brain.

“If you want to measure something with very high precision, you almost always use an optical interferometer, because light makes for a very precise ruler,” says Jaime Cardenas, assistant professor of optics at the University of Rochester.

Now, the Cardenas Lab has created a way to make these optical workhorses even more useful and sensitive. Meiting Song, a Ph.D. student, has for the first time packaged an experimental way of amplifying interferometric signals—without a corresponding increase in extraneous, unwanted input, or “noise”—on a 1 mm by 1 mm integrated photonic chip. The breakthrough, described in Nature Communications, is based on a theory of weak value amplification with waveguides that was developed by Andrew Jordan, a professor of physics at Rochester, and students in his lab.

Crew Dragon resulted from a partnership between NASA and SpaceX over the last decade. Anticipating the space shuttle’s retirement, NASA worked with SpaceX and Boeing to privately develop launch systems to carry astronauts into low Earth orbit. When the final contracts were signed in 2014, it was expected that SpaceX and Boeing would each fly one mission a year. Boeing, however, has run into technical challenges with the development of its Starliner spacecraft, so Crew Dragon has had to perform double duty from the start.

“I think we’re incredibly grateful with the partnership that we’ve had,” Kathy Lueders, chief of human spaceflight operations for NASA, said during a post-launch news conference of the NASA-SpaceX team. “You know, when I first started in commercial crew, six or seven years ago, it would have been a dream to me that we would have flown these four missions back to back. Because it’s a really tough thing to do. So I’m incredibly proud of this joint team.”

The cadence is even more impressive considering that SpaceX also recently debuted an upgraded version of its Cargo Dragon spacecraft. Including crew and cargo missions, SpaceX has either launched or landed a Dragon spacecraft every month in 2021 except for February and March.

If you own any piece of jewelry with a ruby, you’re probably never going to look at it the same way again.

Forget those perfect gemstones you see glittering in store displays. What scientists are looking for are the flawed ones — the ones that contain inclusions which can whisper the secrets of Earth’s distant past, like that tardigrade trapped in amber. When researcher Chris Yakymchuk and his team unearthed a peculiar ruby in Greenland, the inclusion they found was what remained of life that was over 2.5 billion years old.

What was inside the ruby sounds common enough. Graphite is the same material pencils write with, but it is also a pure form of carbon that Yakymchuk determined to be all that was left of prehistoric microbes, possibly the same cyanobacteria (blue-green algae) that first released oxygen into Earth’s atmosphere through photosynthesis. He led a study recently published in Ore Geology Reviews.

Elon Musk, SpaceX, Tesla and Future City (Starbase, Texas)

🔔 Subscribe now with all notifications on for more Elon Musk, SpaceX and Tesla videos!

Continue reading “Elon Musk’s Insane New Plan To Build A $20B Futuristic City” »