Lifeboat Foundation

The biggest myth in education is that some kids are destined for greatness and others aren’t.

A team from the Limitless Space Institute (LSI), funded by the Defense Advanced Research Projects Agency (DARPA) and led by Dr. Harold “Sonny” White, a former NASA specialist, pioneer in warp drive or warp drive, has reported that he has discovered a veritable warp bubble in the real world. The event marks a breakthrough for scientists trying to develop a spacecraft capable of going faster than light.

While they wrestle with the immediate danger posed by hackers today, US government officials are preparing for another, longer-term threat: attackers who are collecting sensitive, encrypted data now in the hope that they’ll be able to unlock it at some point in the future.

The threat comes from quantum computers, which work very differently from the classical computers we use today. Instead of the traditional bits made of 1s and 0s, they use quantum bits that can represent different values at the same time. The complexity of quantum computers could make them much faster at certain tasks, allowing them to solve problems that remain practically impossible for modern machines—including breaking many of the encryption algorithms currently used to protect sensitive data such as personal, trade, and state secrets.

While quantum computers are still in their infancy, incredibly expensive and fraught with problems, officials say efforts to protect the country from this long-term danger need to begin right now.

Volvo’s recent investment in the Israeli startup Spectralics gives the Swedish company the opportunity to revolutionize the in-car user experience by turning the entire windshield into a heads-up display. According to the press release, the startup has a background in developing aerospace tech and is focused on developing better images. However, instead of working on just one aspect, the start-up is leveraging hardware, software, and even materials to improve the final product.

Of special interest to Volvo is the startup’s core product, multi-layered thin combiner (MLTC), a new type of optical film that can be applied on any type of surface or size. When applied to glass, it can be used to overlay images, making it an ideal candidate to make a full-scale heads-up display.

Car manufacturers have been tinkering with the idea of a windshield display for a few years now. While this is a great way to ensure that the driver does not take his eyes off the road, currently available displays are rather small, either due to cost constraints or to ensure that they do not become the cause of distraction.

Join us on Patreon!
https://www.patreon.com/MichaelLustgartenPhD

Paper referenced in the video:
Predicting age by mining electronic medical records with deep learning characterizes differences between chronological and physiological age.
https://pubmed.ncbi.nlm.nih.gov/29113935/

After many MANY delays, the James Webb Space Telescope is fully-fueled and ready for the final stage of preparations before launch (still on for Dec. 22nd)!

On Oct. 12^th, 2021, after years of waiting and cost overruns, the James Webb Space Telescope (JWST) finally arrived safely at Europe’s Spaceport in Kourou, French Guiana. The crews began unboxing the next-generation observatory and getting it ready for integration with the Ariane 5 rocket that will take it to space. Then, an “incident” occurred where a clamp band suddenly released, sending vibrations throughout the facility. Once again, the JWST’s launch date was pushed back while crews investigated the source of the problem.

Continue reading “After 10 Days of Dangerous, Careful Work, James Webb has Been Fully Fueled up” »

Scientist Timnit Gebru has set up an AI research group one year after getting fired from Google, but she and others are fighting an uphill battle.

Good E5 news.

Key points summary of Live Forever Club article. Rejuvenation continues after 4th dose — will be very interesting to see if max lifespan increases.

The biggest hurdle of developing an Artificial Intelligence which could match the human brain in both efficiency and capabilities is the enormous energy consumption of today’s computer chips. But recent advancements in neural-optimized chips and the emergence of the first neuromorphic computing chips, start painting a clearer picture on how we may soon develop an Artificial Intelligence which matches and even beats us in most areas.

Timing is crucial when it comes to brain computing. It’s the way neurons connect to form circuits. It’s how these circuits analyze extremely complicated data, resulting to life-or-death decisions. It’s the ability of our brains to make split-second judgments, even when confronted with completely novel situations. We accomplish this without frying the brain as a result of excessive energy usage.

To summarize, the brain is a wonderful example of a very powerful computer to imitate, and computer scientists and engineers have already taken the initial steps in this direction.