Severe flaw CVE-2025–10725 in Red Hat OpenShift AI risks full cluster compromise.
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Here’s what Harold Katcher’s plasma fraction actually is
Donate to the Rejuvenation Science Institute:https://www.rejuvenescimento.org/donationIn this video, Nina Torres Zanvettor, vice-president of the Rejuvenatio…
Battery made from natural materials could replace conventional lithium-ion batteries
What if the next battery you buy was made from the same kinds of ingredients found in your body? That’s the idea behind a breakthrough battery material made from natural, biodegradable components. It’s so natural, it could even be consumed as food.
A team of researchers at Texas A&M University, including Distinguished Professor of Chemistry Dr. Karen Wooley and Professor of Chemical Engineering Dr. Jodie Lutkenhaus, has developed a biodegradable battery using natural polymers. The findings are published in the Proceedings of the National Academy of Sciences.
Wooley’s research group in the College of Arts and Sciences has spent the past 15 years shifting toward natural products for the construction of sustainable and degradable plastics materials. Lutkenhaus, associate dean for research in the College of Engineering, has been using organic materials to design a better battery. She suggested collaboration to combine Wooley’s naturally sourced polymers with her battery expertise.
Cyborgs: We examine the concepts of cyborgs, clarify what they are and how they differ from bionics, androids, and similar concepts
We also discuss some of the lesser known options for augmentation and explore the notion of man-machine integration.
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Cover Art by Jakub Grygier: https://www.artstation.com/artist/jak… by: Dexter Britain “Seeing the Future” Lombus “Hydrogen Sonata” Sergey Cheremisinov “Labyrinth” Kai Engel “Endless Story about Sun and Moon” Frank Dorittke “Morninglight” Koalips “Kvazar” Kevin MacLeod “Spacial Winds” Lombus “Amino” Brandow Liew “Into the Storm”
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Organic semiconductor molecule set to transform solar energy harvesting
In a discovery that bridges a century of physics, scientists have observed a phenomenon, once thought to be the domain of inorganic metal oxides, thriving within a glowing organic semiconductor molecule. This work, led by the University of Cambridge, reveals a powerful new mechanism for harvesting light and turning it into electricity. This could redefine the future of solar energy and electronics, and lead to lighter, cheaper, and simpler solar panels made from a single material.
The research focuses on a spin-radical organic semiconductor molecule called P3TTM. At its center sits a single, unpaired electron, giving it unique magnetic and electronic properties. This work arises from a collaboration between the synthetic chemistry team of Professor Hugo Bronstein in the Yusuf Hamied Department of Chemistry and the semiconductor physics team led by Professor Sir Richard Friend in the Department of Physics. They have developed this class of molecules to give very efficient luminescence, as exploited in organic LEDs.
However, the study, published in Nature Materials, reveals their hidden talent: When brought into close contact, their unpaired electrons interact in a manner strikingly similar to a Mott-Hubbard insulator.
TSMC reduces peak power consumption of EUV tools by 44% — company to save 190 million kilowatt-hours of electricity by 2030
TSMC is also exploring the possibility of applying similar dynamic energy control mechanisms to other lithography equipment, including DUV scanners, as well as additional modules outside the lithography sector.
While TSMC did not reveal what, exactly, its EUV Dynamic Energy Saving Program involves, that it is applicable to DUV systems and other machinery means that it does not exploit EUV-specific peculiarities. For example, the program could implement adaptive power scaling based on real-time operational status. If wafers are not queued for immediate processing, the EUV tool could intelligently pause or shift to a low-power state rather than continuously consume full power. Such an approach would require real-time data exchange across the cleanroom as well as optimizations on process/production flow levels (though, we are speculating).
TSMC has been increasing the power efficiency of its EUV fab tools — which are notorious for their power consumption — for years, now. In mid-2024, the company announced that it had though without disclosing what exactly had been done…
‘Embodied’ AI in virtual reality improves programming student confidence
Researchers have found that giving AI “peers” in virtual reality (VR) a body that can interact with the virtual environment can help students learn programming. Specifically, the researchers found students were more willing to accept these “embodied” AI peers as partners, compared to voice-only AI, helping the students better engage with the learning experience.
“Using AI agents in a VR setting for teaching students programming is a relatively recent development, and this proof-of-concept study was meant to see what kinds of AI agents can help students learn better and work more effectively,” says Qiao Jin, corresponding author of a paper on the work and an assistant professor of computer science at North Carolina State University.
“Peer learning is widespread in the programming field, as it helps students engage in the learning process. For this work, we focused on ‘pAIr’ learning, where the programming peer is actually an AI agent. And the results suggest that embodying AI in the VR environment makes a real difference for pAIr learning.”
Most effective digital interventions to stop smoking identified
Smoking remains one of the most deleterious habits for human health, as it is known to increase the risk of several life-threatening diseases, including lung and throat cancers, heart disease and strokes. While most smokers are well aware of its associated health risks, ceasing this habit can be a very difficult process.
Moreover, conventional programs for smoking cessation, such as those based on psychotherapy or nicotine replacement therapy, are not financially or physically accessible for all individuals who wish to stop smoking. In recent years, behavioral scientists and psychologists have been working with engineers to create digital interventions that support people in their efforts to quit this unhealthy habit.
Researchers at Sichuan University in China have carried out a systematic review and meta-analysis of past research studies investigating the effectiveness of various digital interventions for smoking cessation. The results of their analyses, presented in a paper published in Nature Human Behavior, suggest that personalized and group-customized technology-based programs could be particularly beneficial for smokers who wish to quit, with middle-aged individuals responding better than younger populations.