Top Highlights MIT researchers improved quantum factoring algorithms, making them more practical. The new hybrid algorithm combines speed with reduced…
Browsing: HPC
Summary Points MIT developed a method to generate synthetic electromagnetic fields on quantum processors. Dynamic control of qubits emulates electron…
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…
Top Highlights MIT and Harvard directly measured superfluid stiffness in magic-angle graphene. New method enabled measurement in ultra-thin, two-dimensional superconducting…
Top Highlights Non-Gaussian quantum states can surpass limitations of Gaussian states. The team developed a framework to push quantum systems…
Summary Points MIT developed an all-to-all quantum interconnect supporting scalable processor communication. The device enables remote entanglement between distant superconducting…
Top Highlights MIT achieved the strongest nonlinear light-matter coupling in a quantum system. This breakthrough could enable quantum computers to…
Top Highlights Dr. Tupkary earned his PhD from University of Waterloo in Physics, Quantum Information. He presented at the international…