J. Ye

4 articles · 30 co-authors · latest: 2026-04-07
124 citations · h-index 2 · 4 papersData: Semantic Scholar

We have retold 4 papers by this author. most often about: quantum computer, qubit, quantum information. 30 co-authors across our retellings.

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Quantum Physics2026-01-121 minarXiv:2601.07529express
One Laser Instead of Two: Simpler Control for Quantum Computers
A quantum computer isn't a monolith: it's more like an orchestra, where each qubit must play its part without drowning out the neighbors. In ion-based machines, two types of qubits are used: some store information, others process it. Previously, each type required its own laser, like separate batons for violins and trumpets.
HEP Experiment2026-01-161 minarXiv:2601.11296express
Hunting Dark Matter: A New Frontier
Dark matter is the invisible glue that keeps galaxies from falling apart. Back in the 1930s, Fritz Zwicky suspected its existence, and in the 1970s Vera Rubin proved that without it, stars would fly apart.
Neural Network Cleans Up Noise to Catch Xenon Decay
In a dark mine under the Italian Alps, a tank holds three tons of liquid xenon. When a particle hits it, it knocks faint flashes of light and electron clouds out of the atoms. Following these tracks, physicists hope to see an ultra-rare decay: a xenon-136 nucleus turning into barium-136, emitting two electrons and no neutrinos.
HEP Experiment2026-04-072 minarXiv:2604.06002express
Catchers of Solar Ghosts
Deep beneath the Apennine Mountains, in a tank holding three tons of liquid xenon, something gives a barely perceptible shudder every few days. It's a solar neutrino, a ghostly particle born in the Sun's thermonuclear furnace, that has traveled 150 million kilometers through empty space and solid rock to finally collide with a xenon nucleus.