High Efficiency, Low Noise Photonic Teleportation Device; On a Chip First chip-to-chip quantum teleportation harnessing silicon photonic chip fabrication The development of technologies which can
Seed Money for Quantum-Level Algorithms and Software Phasecraft computes $950,000 Full release ~ Phasecraft, a UK-based quantum computing software developer based on research from University
New Insights into Quantum Measurements As reported in Physical Review Letters, Dr Paul Skrzypczyk and Professor Noah Linden looked at the way in which we
Quantum Communication Theory, Informativeness, Noise and Measurement: New Insights New insights into quantum measurements. University of Bristol. Researchers from the University of Bristol have shed
Skyrmions for Unlimited Data Storage and Quantum Computing. With the prevalence of nearly unquantifiable data-sets and the limited data storage capabilities, the use of skyrmions
5G Softwareization and Quantum Cryptography. Cybersecurity of network data is an industry in itself. Add 5G and you place more data in vulnerable environments; in the
University of Bristol Receives $65M for Training Researchers. The Engineering and Physical Sciences Research Council (EPSRC) has awarded funding for nine Centres for Doctoral Training (CDT).
Silicon computer chips are the foundation for nearly all computing devices today. From your desktop, to the server room, back into your palm inside your
University of Bristol researchers efforts push quantum computer programming forward. This work helps overcome the challenge of precision-entanglement beyond the current single-qubit systems. Using CMOS-compatible photonic components and metal-oxide semi-conductors, their device has proven two-qubit operations with 93% (+/- 4.5%) efficiency. “Photonics is a promising platform for implementing universal quantum information processing. Its main challenges include precise control of massive circuits of linear optical components and effective implementation of entangling operations on photons.”
A team affiliated with the University of Bristol has devised a tiny (1 mm square) random number generator which generates numbers at 2.8 Gbps speeds using silicon photonics technology found in semiconductor fabrication methods. This rate of photon generation and its inherent randomness coupled with a “very low” power consumption give this QRNG potential to secure encryption at the mobile-device level.
