Latest quantum computing, quantum tech, and quantum industry news.
Symbolic Path Inversion Problem A new computational problem based on the intricate dynamics of Chaotic Symbolic is presented: the Symbolic Path Inversion Problem (SPIP). In […]
Read More SPIP: A Cryptographic Primitive Symbolic And Chaotic Maps
Sygaldry Technologies is the newest business initiative of Chad Rigetti, the trailblazing scientist and entrepreneur behind the publicly traded Rigetti Computing. Co-founded with Idalia Friedson, […]
Read More How Sygaldry Plans to Transform AI With Quantum Hardware
Ultralight Dark Matter Detection Superconducting qubit networks show increased sensitivity to ultralight dark matter. By improving network topology and measurement techniques, research outperforms traditional detection […]
Read More Ultralight Dark Matter Detection with Superconducting Qubits
Tesseract Algorithm With the successful deployment of its Tesseract code, Nord Quantique has set a new standard for quantum error correction and demonstrated important developments […]
Read More Tesseract Algorithm For Quantum Error Correction
Nord Quantique A noteworthy accomplishment in applied physics has been revealed by Nord Quantique, a business that specialises in quantum error correction the practical demonstration […]
Read More Nord Quantique’s Quantum Leap with Multimode Encoding
Micro-LEDs and enhanced post-processing provide 1000x quicker QRNG, NIST-validated. Assess its effects on high-speed quantum cryptography.
Read More What Is QRNG? 1000x Times Quicker than Current Technology
The U.S. Defense Intelligence Agency is exploring quantum technology to enhance national security, intelligence analysis, and military operations.
Read More Quantum Technology Playing Larger Role in Foreign Militaries
Qiskit Machine Learning can be used for quantum classification, regression, and optimization. See how QML can transform data science.
Read More Qiskit Machine Learning Community: Open Source Quantum AI
Discover quantum dot patterning innovations! For optoelectronic applications, Parylene-based high-resolution dry lift-off creates precise QD arrays.
Read More Parylene Dry Lift-Off: High-Resolution QD Optoelectronics
Discover Craig Gidney’s algorithmic and architectural advances that optimize qubit count, making quantum circuits more practical and powerful.
Read More Craig Gidney Quantum Leap: Reduced Qubits And More Reliable