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science/physics

Researchers Stabilize Novel Crystal Phase Using Nanoscale LEGO-like Assembly

A team of researchers has achieved a breakthrough in materials science by constructing a mysterious crystal phase using a LEGO-like approach at the nanoscale. By stacking custom-designed silver nanoparticles, the scientists stabilized a phase that had never been observed before in a laboratory setting. The achievement addresses a longstanding puzzle

Stanford Researchers Demonstrate Room-Temperature Quantum Computing with Twisted Light

A team at Stanford University has achieved a significant milestone in quantum computing by creating a device that works without extreme cryogenic cooling. The breakthrough leverages twisted light—light with orbital angular momentum—to entangle photons and electrons, a process fundamental to quantum computing operations. Traditional quantum computers require temperatures

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OMB Proposal Would Allow Cancellation of US Science Grants at Any Time

The Office of Management and Budget (OMB) has proposed sweeping new rules regarding federal research funding that, if implemented, would fundamentally alter how scientific grants are awarded and managed in the United States. Key Provisions of the Proposal The draft rules would allow agencies to terminate grants at any time

AI Solutions to Erdős Problems Spark Debate Over Mathematics' Future

AI Solutions to Erdős Problems Spark Debate Over Mathematics' Future The application of artificial intelligence to longstanding mathematical problems attributed to Paul Erdős is fueling broader discussions about the future of the field. The development raises questions about the role of human mathematicians and what constitutes a valid mathematical

Researchers Discover New Method to Control Superconductivity Using Twisted Graphene

Researchers have uncovered a novel approach to controlling superconductivity — the phenomenon where electricity flows without energy loss. By pairing twisted layers of graphene with a synthetic diamond material, scientists were able to effectively toggle superconductivity on and off by adjusting how electrons interact with their environment. The experimental setup involved

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Princeton Fusion Startup Thea Energy Raises $100M, Aims for 2034 Commercial Reactor

Princeton-based fusion startup Thea Energy has announced a $100 million funding round, placing it among the most well-funded companies in the fusion energy sector. The company is developing a novel approach to fusion power that utilizes pixel-inspired magnet technology for its reactor design. The funding will support Thea Energy'

Scientists Break 30-Year Superconductivity Record at Normal Pressure

Superconductivity—the phenomenon of zero electrical resistance—has long held enormous promise for everything from power transmission to maglev trains. Reaching it under normal (i.e., ambient) pressure has always been the harder problem. Now, a team at the University of Houston has done exactly that, pushing the critical temperature