Physics
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Joel Primack, Physicist Who Helped Explain the Cosmos, Dies at 80
A professor at the University of California, Santa Cruz, he was a key contributor to a landmark paper that laid out how the universe came to look like it does today.
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Researchers awarded over $500,000 to use diamonds in new project: ‘We have sought to get off the ground for several years’
As reported by UC Santa Cruz, researchers with the Santa Cruz Institute for Particle Physics will receive $550,000 in funding to develop advanced diamond-based sensors to monitor intense radiation in future fusion energy reactors. Picked up by Yahoo.
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Cosmic Paradox Reveals the Awful Consequence of an Observer-Free Universe
This conclusion struck physicists as paradoxical, given that we too could conceivably live in a closed universe. And we clearly see far more than a single state around us. “On my desk there are an infinite number of states,” said Edgar Shaghoulian, a physicist at the University of California, Santa Cruz.
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Does Information Ever Really Disappear? Physics Has an Answer
“Once the black hole is completely evaporated, all that’s left is the Hawking radiation, so it has to be there,” says University of California, Santa Cruz, physicist Edgar Shaghoulian. Also in Yahoo News.
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Diamond-based detectors may help unlock safer fusion reactors
At UC Santa Cruz, physicists have secured $555,000 to develop a next-generation monitoring system for future fusion plants. Their approach relies on an unlikely hero, artificial diamonds engineered to detect the nuclear “burn” products released during fusion reactions.
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Mirror universe on the wall, is this where dark matter comes from after all?
A physicist at the University of California, Santa Cruz has published 2 studies which put forward a new approach to explain where dark matter comes from. Professor Stefano Profumo has drawn from the well-established quantum chromodynamics. Additional coverage in Yahoo News, The Debrief, Science News Today, and IFL Science.
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The Hunt for a Fundamental Theory of Quantum Gravity
For mathematical convenience, Bousso assumed that there’s an unlimited variety of particles—an unrealistic assumption that makes some physicists wonder whether this third layer matches reality (with its 17 or so known particles) any better than the second layer does. “We don’t have an infinite number of quantum fields,” said Edgar Shaghoulian, a physicist at the…
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Conference organizers, potential participants fault US policies for falling attendance
This year’s International Conference on Supersymmetry and Unification of Fundamental Interactions is planned for mid-August at the University of California, Santa Cruz. Conference cochair Howard Haber expects about 150 participants, down from around 200 in recent years. He says that some international scientists have canceled their participation because they are “spooked by stories in the…
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Singularities in Space-Time Prove Hard to Kill
The world of Bousso’s new theorem still departs from our universe in notable ways. For mathematical convenience, he assumed that there’s an unlimited variety of particles — an unrealistic assumption that makes some physicists wonder whether this third layer matches reality (with its 17 or so known particles) any better than the second layer does.…