Latest quantum computing, quantum tech, and quantum industry news.
By carefully engineering drive and displacement dynamics, a weak nonlinear Kerr oscillator can generate significant quantum squeezing without substantial intrinsic nonlinearity.
Read More Weak Nonlinear Kerr Oscillator for Quantum Squeezing
Quantum radiometric calibration delivers unprecedented photodiode accuracy, redefining optical measurement standards in science and industry.
Read More Quantum Radiometric Calibration: A New Photodiode Accuracy
Learn how the van Cittert Zernike theorem evolves from classical optics to quantum light and why it is important for modern quantum technologies.
Read More van Cittert Zernike Theorem: From Classical to Quantum Light
Subradiant collective states are unlocking breakthrough performance in quantum sensors, enabling ultra-precise, noise-resistant measurements.
Read More Subradiant Collective States Unlock Next-Gen Quantum Sensors
The Quantum Speed Limit helps explain asymmetry in quantum computing, revealing fundamental limits on how fast quantum states can evolve.
Read More Quantum Speed Limit Explains asymmetry in quantum computing
Entangled coherent states are reshaping quantum communication by enabling higher security, stronger signal fidelity & efficient quantum networking.
Read More Entangled Coherent States Transform Quantum Communication
See how GPS and quantum mechanics principles of atomic clocks to deliver accurate global positioning and navigation. Learn more click here!
Read More GPS and Quantum Mechanics: understanding hidden Connection
Discover Quantum channel discrimination hits the final Heisenberg limit, redefining the boundaries of quantum measurement and error detection.
Read More Quantum Channel Discrimination Hits Final Heisenberg Limits
Achieving maximally entangled states in arbitrary N qubit systems unlocks the full potential of quantum networks and multi-qubit computation.
Read More Maximally Entangled States For Arbitrary N Qubit Systems
Low-energy coherent states enable stable and scalable continuous-variable (CV) quantum systems for advanced computation and communication.
Read More Low-Energy Coherent States Allow CV Quantum Systems