Lifeboat Foundation

“Re-Architecting” Low Energy Wireless & IoT — Dr. David Su, Ph.D. 0, CEO & Co-Founder, Atmosic

Dr. David Su, Ph.D. (https://atmosic.com/company/leadership/) is CEO and Co-Founder of Atmosic, a fascinating company that is “re-architecting” wireless connectivity solutions from the ground up to radically reduce Internet of Things (IoT) device dependence on batteries, aiming to make batteries last forever and the Internet of Things battery free – thus breaking the power barrier to widespread IoT adoption.

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The growth potential of intelligent machines is attaining milestones almost every other day. Each day, new publications and media houses are reporting the new achievements of AI. But there were still questions about the creative potential of AI. Experts believe that artificial intelligence machines will never be able to achieve the creative consciousness that human intelligence possesses. Well, AI has again proved them wrong! The technology is now capable of creating its own art, out of its own imagination, and also poetry, that only the most deeply conscious human brains can do.

There have been several instances where programming and poetry have converged into generating some of the most outstanding pieces in the history of tech. Programming itself has its own set of minimalist aesthetics that does not take up much space and does not take too long to execute. Also, there have been many programmers who had links to poetry and art, which makes it easier for them to curate a mindblowing tech that can yield the same standard of results. Nowadays, companies like OpenAI create futuristic technology that is not only advanced but also boldly creative. In fact, its poetry-writing AI has made huge strides over the internet!

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Metaverse is the internet’s next big thing. Soon people will be preparing for metaverse jobs that will prove beneficial for tech enthusiasts who are interested in this domain.

SpaceX’s Starlink satellite internet service became the center of a global outage earlier today, with services having resumed soon after.

There are ways around this, but they don’t have the exciting scalability story and worse, they have to rely on a rather non-tech crutch: human input. Smaller language models fine-tuned with actual human-written answers are ultimately better at generating less biased text than a much larger, more powerful system.

And further complicating matters is that models like OpenAI’s GPT-3 don’t always generate text that’s particularly useful because they’re trained to basically “autocomplete” sentences based on a huge trove of text scraped from the internet. They have no knowledge of what a user is asking it to do and what responses they are looking for. “In other words, these models aren’t aligned with their users,” OpenAI said.

Any test of this idea would be to see what happens with pared-down models and a little human input to keep those trimmed neural networks more…humane. This is exactly what OpenAI did with GPT-3 recently when it contracted 40 human contractors to help steer the model’s behavior.

Once the over-excitement recedes we might be able to get a better understanding of what, or who, is creating real value. Bronwyn Williams, a trends analyst and futurist who also serves as Chief Commercial Officer at Carbon Based Lifeforms was keen to stress that as we shift from the Web 2.0 to Web 3.0 world, we are shifting from demonetization to the re-monetization of the digital commons. By that she means, that with Web 2.0 the modus operandum was the offer of services … See more.

Should you offer fractional shares in yourself and your future success?

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Humans could live until the ripe old age of 150 years according to recent research – and scientists are racing to work out how.

Harvard geniuses, biohackers and internet billionaires are all looking for ways that humans can crack the code on aging.

WaitButWhy blogger Tim Urban writes “the human body seems programmed to shut itself down somewhere around the century mark, if it hasn’t already”.

An international team, co-led by researchers at The University of Manchester’s National Graphene Institute (NGI) in the UK and the Penn State College of Engineering in the US, has developed a tunable graphene-based platform that allows for fine control over the interaction between light and matter in the terahertz (THz) spectrum to reveal rare phenomena known as exceptional points. The team published their results today in Science.

The work could advance optoelectronic technologies to better generate, control and sense light and potentially communications, according to the researchers. They demonstrated a way to control THz waves, which exist at frequencies between those of microwaves and infrared waves. The feat could contribute to the development of ‘beyond-5G’ wireless technology for high-speed communication networks.

SpaceX’s Starlink satellite internet constellation sees competition inteslify as Amazon’s Kuiper annonces big launch schedule.