Summary Points MIT awarded $18 million to lead new interdisciplinary Materials Research Center. Center focuses on medical imaging, sustainable metals,…
Browsing: MIT Physics
Fast Facts Jessica Fry searches for dark matter particle axion to explain universe’s unseen matter. She combines physics research with…
Quick Takeaways Water’s phase duality exemplifies coexistence of different states, like in quantum materials. MIT study reveals two electron phases…
Top Highlights Electrons can fractionalize into parts in special matter states, enabling quantum tech. MIT observed fractional charge in five-layer…
Essential Insights MIT developed a technique to position atoms just 50 nanometers apart. This proximity enhances magnetic interactions, making them…
Summary Points MIT researchers suggest creating non-Abelian anyons could improve quantum computers. These exotic particles can “remember” their paths, aiding…
Quick Takeaways MIT scientists measured the electron’s quantum shape for the first time. They used ARPES to reveal the quantum…
Summary Points MIT achieved a record single-qubit fidelity of 99.998% using fluxonium. New control techniques suppress counter-rotating errors, enhancing gate…
Essential Insights AI accelerates physics discovery, while physics enhances AI systems’ interpretability. IAIFI’s interdisciplinary research spans particle, nuclear, astrophysics, and…
Top Highlights MIT researchers discovered that electrons in moiré crystals can perform quantum tunneling into a perceived fourth dimension, acting…