Fast Facts Researchers created a type I superconductor that can break time-reversal symmetry. The material, YbSb2, becomes superconducting at around…
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Summary Points The Hall effect involves interactions between electric currents and magnetic fields. Researchers found the effect works even when…
Summary Points Quantum teleportation can transfer multiple channels simultaneously, expanding quantum network capacity. Researchers teleported 100 spatial light modes encoded…
Essential Insights Copper is essential for electronics but faces limits as interconnects shrink. Surface effects increase resistance, causing delays and…
Top Highlights Verifying quantum computer abilities is difficult due to classical computation limits. Researchers devised a game testing quantum superposition…
Top Highlights Nanoscopic wrinkles in graphene dramatically alter its electrical properties via flexoelectricity. Wrinkles act as microscopic ‘speed bumps,’ creating…
Summary Points Quantum phonon focusing observed at room temperature, enabling precise heat control. Boron arsenide material facilitates phonon travel without…
Fast Facts The universe’s acceleration may stem from quantum effects, not just dark energy. Koushiappas proposes that quantum uncertainty influences…
Quick Takeaways Physicists find strong evidence that X(2370) is a glueball, made of gluons. Glueballs are exotic particles predicted by…
Summary Points Diamonds can melt under extreme pressure, maintaining their crystal structure until melting. Recent experiments revealed lower melting temperatures…