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Superconductivity promises to transform everything from power grids to personal electronics. Yet getting the low-waste form of power to operate at ambient temperatures and pressures is proving to be easier said than done.

A discovery by a team of researchers from Emory University and Stanford University in the US could inform theories that might help us get around the stumbling blocks.

The finding involves what’s known as oscillating superconductivity. Typical superconductor behaviors involve electron partnerships called Cooper pairs moving through materials without losing significant amounts of energy in the form of heat.

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Investigadores de Singapur están utilizando inteligencia artificial para observar escáneres cerebrales y recrear las imágenes que se ven. Lynda Kinkade, de CNN, informa de que es esencialmente como “leer” la mente de una persona.

#inteligenciaartificial.

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Imagine if one-day ChatGPT was joined by CatGPT – an AI-based machine that allowed us to communicate with our pet cats using meows, purrs, or hisses.

Now that large language models have become experts at human speech, many are wondering what it would take for AI to talk with animals.

Two neurobiologists discuss the answer in a new essay published in Current Biology.

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Researchers have developed a theoretical framework that provides deeper insights into quantum nonlocality, a vital property for quantum networks to outperform classical technology. Their study unified previous nonlocality research and showed that nonlocality is achievable only through a restricted set of quantum operations. This framework could aid in evaluating the quality of quantum networks and broaden our understanding of nonlocality.

A new theoretical study has been conducted, providing a framework for understanding nonlocality. This is a crucial characteristic that quantum networks must exhibit to perform tasks unachievable by traditional communications technology. The researchers involved clarified the concept of nonlocality, outlining the conditions necessary for establishing systems with potent quantum correlations.

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A great video if you have 8 min to spare.

Have you ever wanted to own a flying car?
Well, the future might just be bright for you as the latest developments out of US-based Jetoptera are bringing us one step closer to your sci-fi fantasy being a reality.

Jetoptera and their extended line of fluidic propulsion-powered aircraft are revolutionizing the world of bladeless aviation options. Their technology is decades ahead of our current helicopter and aircraft designs, and many are buzzing about the opportunity to use this propulsion system in everything from drones, military spacecraft, and even personal transportation.
Jetoptera still has a long way to go before they are ready for consumers, but that doesn’t stop us from taking a closer look and dreaming of the future of flight and travel.

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One way to put dentists out of the drilling and filling business is to find a way to re-establish and stimulate something our bodies do when our teeth first form. Stem cell researchers at the University of Washington in Seattle may have figured out a potential treatment to repair damaged teeth and regenerate those we lose.

Hai Zhang, a professor of restorative dentistry at the University, along with several colleagues has found a way to generate ameloblasts. What are they? Ameloblasts are one of two cells that exist in human embryos responsible for the formation of our teeth. The other cells are called odontoblasts—the former secrete enamel, the latter dentin.

The process of tooth development is called odontogenesis. The two cells mentioned above are critical to tooth formation. Enamel keeps our teeth surfaces hard and strong throughout our lifetimes. Mineralization of teeth begins early in embryonic development. Dentin precedes enamel production, both critical to giving us a healthy set of choppers.

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