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Google just bought 200 megawatts of fusion energy that doesn’t even exist yet

Tech giant Google is investing money into a futuristic nuclear fusion plant that hasn’t been built yet but someday will replicate the energy of the stars. It’s a sign of how hungry big tech companies are for a virtually unlimited source of clean power that is still years away.

Google and Massachusetts-based Commonwealth Fusion Systems announced a deal Monday in which the tech company bought 200 megawatts of power from Commonwealth’s first commercial fusion plant, the same amount of energy that could power roughly 200,000 average American homes.

Commonwealth aims to build the plant in Virginia by the early 2030s. When it starts generating usable fusion energy is still TBD, though the company believes they can do it in the same timeframe.

Will AI need a body to come close to human-like intelligence?

The first robot I remember is Rosie from The Jetsons, soon followed by the urbane C-3PO and his faithful sidekick R2-D2 in The Empire Strikes Back. But my first disembodied AI was Joshua, the computer in WarGames who tried to start a nuclear war – until it learned about mutually assured destruction and chose to play chess instead.

At age seven, this changed me. Could a machine understand ethics? Emotion? Humanity? Did artificial intelligence need a body? These fascinations deepened as the complexity of non-human intelligence did with characters like the android Bishop in Aliens, Data in Star Trek: TNG, and more recently with Samantha in Her, or Ava in Ex Machina.

But these aren’t just speculative questions anymore. Roboticists today are wrestling with the question of whether artificial intelligence needs a body? And if so, what kind?

Terahertz instead of gigahertz — quantum material speeds up transistor switching by 1000 times

Researchers from Northeastern University in the United States have found a way to speed up electronics by a thousand times by replacement of silicon chips on quantum materials.

It is noted, that the new technology, through controlled heating and cooling, allows the quantum material to switch between the state of a conductor and an insulating material almost instantly. According to the researchers, such materials can replace silicon and lead to the emergence of electronic devices that are much faster and smaller.

«Processors currently operate in gigahertz. The speed of change that this will provide will allow you to move to terahertz», — explains the lead author of the study, professor of physics Alberto de la Torre.

Astronomers discover a super-Earth exoplanet orbiting a nearby star

Using NASA’s Transiting Exoplanet Survey Satellite (TESS), an international team of astronomers has discovered a new super-Earth exoplanet that orbits a nearby M dwarf star. The newfound alien world, designated TOI-1846 b, is about two times larger and four times more massive than Earth. The finding was detailed in a paper published June 23 on the arXiv preprint server.

Lab-grown ‘tiny hearts’ bring hope for children and adults with genetic heart disease

Scientists from QIMR Berghofer’s Cardiac Bioengineering Lab have developed lab-grown, three-dimensional heart tissues known as cardiac organoids that mimic the structure and function of real adult human heart muscle.

To create these tissues, the researchers use special cells called (which can turn into any cell in the body). However, when these stem cells become , they usually stay immature and more like the heart tissue found in a developing baby. This immaturity can limit their usefulness to model diseases that present in childhood or as an adult.

In the study, researchers activated two key biological pathways to mimic the effects of exercise in order to mature these cells, making them behave more like genuine adult heart tissue. This breakthrough means scientists can now use these lab-grown heart tissues to test that could help people with heart conditions. The findings have been published in Nature Cardiovascular Research.

New AI system uncovers hidden cell subtypes, boosts precision medicine

In this view of cHL (classic Hodgkin Lymphoma) tissue, CellLENS identified subtle but distinct CD4 T cell subpopulations infiltrating a tumor, lingering at tumor boundaries, and found at a distance from tumors. CellLENS enables the potential precision therapy strategies against specific immune cell populations in the tissue environment.

Image courtesy of the researchers.