Physics

Design Sem Nome 2025 08 07T161023.272

Revealing the Planck time Limit Unlocks New Quantum Tech

Physics, Quantum Physics /

A Japanese team observed “heavy fermions”—massive electrons—exhibiting quantum entanglement governed by Planckian time. This breakthrough, published in npj Quantum Materials, could lead to a new class of quantum computers using solid-state materials. Heavy fermions form when conduction electrons in a solid strongly interact with localized magnetic electrons, significantly increasing their effective mass. This interaction leads […]

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Design Sem Nome 2025 08 07T160709.337

MIT Experiment Proves Einstein Was Wrong About Quantum Physics

Physics, Quantum Physics /

Major tech breakthroughs often stem from basic questions. MIT researchers have used modern tools to recreate a landmark physics experiment, showing that Einstein’s take on quantum physics was incorrect—a key step forward for quantum technology. Young’s Experiment Unveiled Light’s Dual Nature, but Quantum Mechanics Took It Further In 1801, Thomas Young’s double-slit experiment demonstrated that

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Unexplained Radio Signals Under Antarctic Ice Challenge Physics Norms

Physics, Theoretical Physics /

It sounds like something out of science fiction, but scientists have picked up puzzling radio signals originating beneath Antarctica’s ice sheet—signals that don’t quite align with our current understanding of particle physics. ANITA’s Unexpected Discovery These strange pulses were initially detected between 2016 and 2018 by NASA’s Antarctic Impulsive Transient Antenna (ANITA), a high-altitude experiment

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The World’s First Nuclear Explosion Created a Rare Form of Matter

Nuclear & Particles, Physics, Science /

Eighty years ago, at 5:29 a.m. on July 16, 1945, a momentous and devastating event unfolded in the New Mexico desert. That morning, the U.S. Army conducted the Trinity test—the world’s first detonation of a nuclear bomb—using a plutonium-based implosion device nicknamed “the Gadget.” This unprecedented explosion marked the dawn of the nuclear age and

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Collider Experiment Recreates Early Universe’s Extreme Conditions

Astrophysics, Physics /

A group of scientists has made significant strides in exploring how some of the Universe’s most massive particles behave under extreme conditions resembling those just after the Big Bang. New Insights into Fundamental Forces Their findings, published in Physics Reports, shed light on the basic forces that helped shape the early Universe and continue to

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Only Certain Uranium Can Fuel Weapons. Here’s What Enrichment Involves

Physics /

When people hear “uranium,” they often picture mushroom clouds, Cold War tensions, or glowing green rods straight out of science fiction. But uranium is more than just a symbol of nuclear threat—it’s a relatively common element with vital uses in energy production, medical treatments, and global politics. The element returned to international focus in June

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New Magnetic Phenomenon May Pave the Way for Ultrafast Memory Chips

Computational Physics, Physics /

Scientists at the Massachusetts Institute of Technology have uncovered a completely new type of magnetism in a custom-designed crystalline material, which they’ve termed p-wave magnetism. Potential for Energy-Efficient Memory Technology This finding holds great promise, as it offers a novel way to manipulate electron spins — a key step toward creating faster and more energy-efficient

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The Nuclear Company Secures $46M To Develop Major Reactor Facilities

Nuclear & Particles, Physics /

The Nuclear Company is embracing a traditional strategy for constructing new nuclear reactors. Instead of creating a brand-new design or focusing on mass production of smaller models, the company plans to build a series of reactors based on proven, existing designs. Nuclear Startup Secures $46.3 Million in Series A Funding, Eyes $51.3 Million Goal The

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Watch: New Structures Shrink Instead of Stretching When Pulled

Physics /

Researchers in the Netherlands have developed innovative mechanical structures that, surprisingly, contract — or more precisely, snap inward — rather than expand when pulled. The Science Behind the Phenomenon While it may sound counterintuitive, this unexpected behavior is the result of a creative approach that combines geometry and mechanics, devised by scientists at the AMOLF

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Revolutionary Gravity Finding Moves Us Nearer To A Theory Of Everything

Physics, Theoretical Physics /

A novel approach to understanding gravity may help bridge the long-standing divide between gravity and quantum mechanics. Physicists Mikko Partanen and Jukka Tulkki from Aalto University in Finland have proposed a new perspective on gravity that they claim aligns with the Standard Model of particle physics, which explains the Universe’s other three fundamental forces: the strong,

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