Atomic Coherence Synchronizes a Thirty Channel Squeezed Light Array in Rubidium Vapor
Physicists have synchronized a 30-channel array of polarization-squeezed light inside a single paraffin-coated rubidium vapor cell by exploiting thermal atomic ...
Physicists have synchronized a 30-channel array of polarization-squeezed light inside a single paraffin-coated rubidium vapor cell by exploiting thermal atomic ...
Springer Nature has launched Discover Quantum Science, a peer-reviewed open-access journal dedicated to multidisciplinary advancements across foundational physics, computing, sensing, ...
Florida Atlantic University has secured a $3 million federal grant to expand quantum sensing and communications workforce training using nation-first ...
A comprehensive review examines how hyperentanglement and hybrid entanglement across multiple degrees of freedom could enhance quantum battery capacity and ...
Researchers have demonstrated a modular, compact tip holder that integrates atomic force microscopy electronics and high-efficiency microwave delivery channels for ...
Researchers at Fraunhofer IAF report a laser-enhanced quantum magnetic field sensor that combines 100 percent optical contrast with strong laser ...
A theoretical study shows that the self-binding threshold of dipolar quantum droplets inside a hollow cylinder shifts measurably in response ...
A new review surveys how superconducting transmon and fluxonium qubits couple to mechanical resonators and optical cavities, enabling state transfer, ...
A new Annual Review of Nuclear and Particle Science article by SURF's science director chronicles the facility's history, current experiments ...
A theoretical study proposes quantum sensing cycles in which a superconducting oscillator transiently amplifies a weak signal and returns to ...
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© 2026 Scienmag - Science Magazine