Lifeboat Foundation

A major _New York Times_ investigation reveals how the United States’ aquifers are becoming severely depleted due to overuse in part from huge industrial farms and sprawling cities. The _Times_ reports that Kansas corn yields are plummeting due to a lack of water, there is not enough water to support the construction of new homes in parts of Phoenix, Arizona, and rivers across the country are drying up as aquifers are being drained far faster than they are refilling. “It can take millions of years to fill an aquifer, but they can be depleted in 50 years,” says Warigia Bowman, director of sustainable energy and natural resources law at the University of Tulsa College of Law. “All coastal regions in the United States are really being threatened by groundwater and aquifer problems.”

Transcript: democracynow.org.

Continue reading “U.S. Aquifers Are Running Dry, Posing Major Threat to Drinking Water Supply” »

AI will likely play a role in building startups faster, cheaper and more efficiently. I asked Steve Blank, the man who invented the concept of the lean startup, to see what he thinks.

Interfacing modern electronics-based technology with biology is notoriously difficult. One major stumbling block is that the way they are powered is very different. While most of our gadgets run on electrons, nature relies on the energy released when the chemical bonds of ATP are broken. Finding ways to convert between these two very different currencies of energy could be useful for a host of biotechnologies.

Genetically engineered microbes are already being used to produce various high-value chemicals and therapeutically useful proteins, and there are hopes they could soon help generate greener jet fuel, break down plastic waste, and even grow new foods in giant bioreactors. But at the minute, these processes are powered through an inefficient process of growing biomass, converting it to sugar, and feeding it to the microbes.

Now, researchers at the Max Planck Institute for Terrestrial Microbiology in Germany have devised a much more direct way to power biological processes. They have created an artificial metabolic pathway that can directly convert electricity into ATP using a cocktail of enzymes. And crucially, the process works in vitro and doesn’t rely on the native machinery of cells.

Finally reality is catching up to science fiction from the golden age and we’re seriously talking about moving industry to space and zoning the earth as residential…

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The mission blasted off on Saturday, taking its crew of four astronauts drawn from four countries to the International Space Station.

Chinese company Fourier Intelligence says it plans to manufacture 100 of its GR-1 general-purpose humanoid robots by the end of 2023, making the remarkable promise that they’ll be able to carry nearly their own weight. They also have a unique focus.

https://www.youtube.com/watch?v=dYhycqEsWDk

Fourier seems to specialize mainly in rehabilitation technologies; its RehabHub platform offers a series of integrated physical therapy devices for treating various issues, from wrist strength games to hand and finger grip training, all the way up to lower-body exoskeletons for training people to walk, sit, stand, balance and climb stairs.

Continue reading “GR-1 general-purpose humanoid robot will carry nearly its own weight” »

Speak, an English language learning platform backed by OpenAI’s startup investment fund, the OpenAI Startup Fund, today announced that it raised $16 million in a Series B-2 funding round led by angel investor Lachy Groom.

The co-founders of Dropbox, Drew Houston and Arash Ferdowsi, also participated in Speak’s tranche, which brings the startup’s total raised to $63 million. CEO Connor Zwick says that it’ll be used to support Speak’s launch in more markets, including in the U.S. by the end of the year. (Speak is currently live in around 20 countries including Japan, Taiwan, Germany, France, Brazil and Mexico.)

“It’s been incredible to see that the learning experience we spent years honing in a single market, South Korea, has proven to resonate with almost no modifications needed in markets and cultures across the globe,” Zwick said in a press release. “Looking ahead, we plan on bringing our AI-powered tutor to most major markets around the world by the end of this year, and are gearing up for a launch in the U.S., offering English speakers the ability to learn other languages.”

At a time in history when too many things seem to be heading in the wrong direction, I believe there is still hope. Lots of it, actually.

Last week I was reminded that the best is still ahead of us, and the people who will lead this increasingly challenging space world are not just those from the Ivy League or historically elite coasts. While they may have extraordinary resources, they haven’t cornered all the best students and ideas to solve our most vexing space problems. Across the country, thousands of students are thinking about how to tackle tomorrow’s challenges – uninhibited by the confines of the traditional military-industrial acquisition process of the last generation and armed with the “why not” attitude propagated by new pioneers in commercial space.

To hone in on the pockets of creative genius found across the United States, this past year the SmallSat Alliance hosted its first annual Collegiate Space Competition. The design challenge, sponsored and staffed by the space companies that comprise the Alliance, is open to every college and university student in the U.S. – technical or non-technical, from junior colleges to traditional universities. The students are presented with real world space problems that could be partially solved with low cost, off the shelf space systems and components, specifically the new generation of commercially available small satellite technologies.

A new study discusses how high-fidelity quantum information could be sent through fiber optic networks by a novel atomic device.

Did you know quantum transmissions can’t be amplified over a city or an ocean like conventional data signals? Instead, they have to be periodically repeated using specialized devices called quantum repeaters.

For the technology to be used in future communications networks, researchers have developed a novel method of connecting quantum devices over great distances.