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- 1Quantum computer simulates matter popping into existence●Quantum computer simulates matter “popping into existence”
Researchers have used a quantum computer to simulate particles of matter effectively popping into existence, reproducing a phenomenon predicted by quantum field theory. The experiment demonstrates how quantum machines can model processes that are extremely difficult for classical computers, offering a new way to study the fundamental behavior of the universe. Physicists see it as a step toward simulating complex particle interactions directly.
- 2Physicists find gravity may be holographic, collapsing dimensions of space●Gravity seems to be holographic: physicists discover it can collapse the dimensions of space but don't yet know what tha
Physicists report new evidence that gravity behaves holographically, meaning it can collapse the dimensions of space, though the implications for reality remain unknown. The findings, reported by Quanta Magazine, touch on the idea that our three-dimensional universe may be encoded on a lower-dimensional surface. Researchers say they understand the math but not yet what it means for the nature of spacetime, and cosmologists are debating the consequences.
- 3AI Model Solves Physicist's Nine-Loop Problem●A Physicist Challenged AI to Solve a Nine-Loop Problem. Claude Did It.
A physicist set an AI system a notoriously difficult nine-loop problem from theoretical physics, and Claude managed to solve it. The result is drawing attention to how far large language models have come in handling complex, technical calculations once thought to be beyond their reach, and is sparking debate among researchers about AI's growing role in scientific work.
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Physicists have reportedly achieved an experimental confirmation of a quantum prediction first made in 1931, closing a nine-decade gap between theory and observation. The advance is being covered by science outlets, though details of which prediction was confirmed and by which research team remain unclear from available reports.
- 5Egyptian Physicist Ahmed El Gendy Proposes Mechanical Force Cancer Treatment▼Egyptian Physicist Ahmed El Gendy Unveils Promising Cancer Treatment Using Mechanical Force Instead Of Heat
Egyptian physicist Ahmed El Gendy has presented a new approach to cancer treatment that uses mechanical force rather than heat to target tumours. The work, reported by Egypt Today, is described as a promising alternative to heat-based therapies, though details on clinical testing or effectiveness have not yet been released.
- 6AI computes record 9-loop physics amplitude●AI beats human record, independently computes 9-loop physics amplitude | Most real-world calculations stop at 2, 3 loops | Inshorts
An AI system has reportedly set a record by independently computing a 9-loop physics amplitude, a Feynman diagram calculation far beyond typical human work. Most real-world perturbative calculations in quantum field theory stop at 2 or 3 loops due to their complexity. The result highlights how machine learning is beginning to automate some of the most demanding mathematical tasks in theoretical physics.
- 7Brazil's CNPEM Partners With CERN On Collider Magnets●CNPEM And CERN Collaborate On 91km Collider Magnet Technology
Brazil's CNPEM research centre is working with CERN on magnet technology for a proposed 91-kilometre collider, a scale of machine far beyond today's accelerators. The collaboration ties Brazilian superconducting research into the Future Circular Collider effort, and physicists are watching how magnet development for such a huge ring progresses.
- 8Claude tops Dixon's record with nine-loop physics amplitude●Claude beats Dixon's record and computes a nine-loop physics amplitude
Claude, the AI assistant developed by Anthropic, is claimed to have beaten a record associated with physicist Lance Dixon by computing a nine-loop physics amplitude. The claim suggests a major step for artificial intelligence in theoretical physics, where multi-loop amplitudes describe particle interactions and are notoriously hard to calculate.