Fast Facts Democratizing Quantum Research: The SQUILL Foundry at MIT Lincoln Laboratory provides no-cost access to advanced superconducting qubit fabrication…
Browsing: qubits
Essential Insights Spin Density Tuning in Diamond: Researchers at MIT have demonstrated a method to dynamically tune the spin density…
Summary Points Breakthrough in Quantum Coherence: MIT physicists improved coherence times of nuclear-spin qubits by 20 times, reaching up to…
Fast Facts Advancement in Quantum Sensing: Researchers at MIT have developed a technique to enhance quantum sensing using microscopic defects…
Top Highlights Breakthrough in Silicon Purity: Scientists at the Universities of Melbourne and Manchester engineered ultra-pure silicon by implanting qubits…
Summary Points Researchers from the University of Stuttgart successfully generated and captured circular Rydberg atoms from Strontium, overcoming the short…
Quick Takeaways Scientists at Brookhaven National Laboratory are advancing a new qubit architecture, the constriction junction, which promises easier mass…
Top Highlights Breakthrough in Quantum Computing: Researchers at NICT, NTT Corporation, and others have developed a superconducting flux qubit that…
Essential Insights Breakthrough in Quantum Measurement: Physicists at ISTA developed a fully optical readout for superconducting qubits, significantly reducing the…
Fast Facts Exotic Qubits Potential: MIT physicists have proposed the creation of non-Abelian anyons—exotic particles that could serve as qubits…