Harnessing the power of light and quantum mechanics to revolutionize computing, communication, and sensing. Explore the cutting edge of photonic quantum technology.
OptoQuantum bridges fundamental quantum physics with real-world photonic applications — from secure communications to quantum computation at the speed of light.
The quantum behavior of light and its interaction with matter, from single-photon sources to entangled photon pairs driving next-gen experiments.
Light-based processors that perform quantum operations at room temperature with ultra-low decoherence — the path to practical quantum computers.
Provably secure communication using quantum key distribution — where the laws of physics guarantee unbreakable encryption.
Global quantum internet infrastructure using quantum repeaters, entanglement swapping, and photonic memory nodes for ultra-secure data transmission.
Atom interferometers and squeezed-light sensors reaching sub-shot-noise precision — revolutionizing GPS, gravitational wave detection, and medical imaging.
Variational quantum algorithms and quantum machine learning accelerating drug discovery, materials science, and financial modeling beyond classical limits.
A 100-photon boson sampling experiment at Jiuzhang 3.0 achieved quantum computational advantage 1023 times faster than classical supercomputers — marking a new era in quantum photonics.
The Micius satellite demonstrated intercontinental QKD between Beijing and Vienna over 7,600 km — proving that unhackable quantum communication networks spanning the globe are now achievable.
A breakthrough in topological qubits promises dramatically reduced error rates using non-Abelian anyons.
The European Quantum Communication Infrastructure connects 6 nations with satellite and fiber QKD links.
New optical interferometer achieves 15 dB below shot noise — enabling unprecedented gravitational wave sensitivity.
Get weekly briefings on quantum optics breakthroughs, conference highlights, and research pre-prints delivered to your inbox.
No spam. Unsubscribe anytime.