Artificial Intelligence and Quantum Information for Quantum Neural Networks. Interesting research is being conducted which pulls together quantum information technologies and artificial neural networks. The two together have provided promising advances: Enhanced machine-learning efficiency Speed-up of classical tasks Solving complex quantum problems (such as the […]
Nothing Spooky About It Says University of Toronto Professor. And he’s right. From the below piece, “This is an entangled state of the two atoms. Neither your atom, nor your friend’s, has a definite energy in this superposition. Nevertheless, the properties of the two atoms […]
Quantum Internet Development a Melting Pot of Engineering, Physics, and Mathematics. Thorough discussion covering many of the aspects necessary to build a quantum internet. Qubit. ‘We need to think out of the box’: physicist Maria Spiropulu on how to build the quantum internet Experimental physicist […]
“Both Quantum Computing and Deep Learning May Never Again Be the Same…” Intel offers AI breakthrough in quantum computing. ZDNet. We don’t know why deep learning forms of neural networks achieve great success on many tasks; the discipline has a paucity of theory to explain […]
National University of Singapore and the Centre for Quantum Technologies Entangling Photons for Cybersecurity. New methods for photon wavelength production show promise in sending entangled photons through common commercial fiber optics networks. Singapore. Excerpts: “The technique works by carefully designing the photon source to create […]
Interesting Thought: Could Entangled Qubits Reveal a Black Hole’s Information? Researchers at the Joint Quantum Institute in Maryland have implemented an experimental test for quantum scrambling. Quantum scrambling is a “chaotic shuffling of the information stored among a collection of quantum particles.” Recently, the JQI […]
Entangling Two Photons Serving Two Distinct Purposes. Diligent efforts at the U.S. National Institute of Standards and Technology have produced entangled photons of two different wavelengths. The image below and the following explanation sum up this creative device. By carefully engineering the geometry of a micrometer-scale, […]
Universal Entangler: Negates Re-wiring, Choose Any Code. For the relatively few quantum computers in use today, the complexity of processing a quantum computing algorithm is intensive – to set up! Now, thanks to a research team at Yale University, the process should be easier with their […]
Unique, Practical, Scalable: Entangled Photons on a Chip. Developing practical, large-scale, precisely controllable quantum computing systems is the primary technological challenge for quantum science and technology. A relatively new device on the scene is a “quantum optical micro-comb.” These devices provide a “unique, practical and scalable […]
What is Quantum Computing? The curious of the world are discovering quantum computing, often asking questions those familiar with the technology have heard all too often. What is quantum computing? What are the types of quantum computing solutions being studied? Who are the “champions of […]
Strategic U.S. Policy and Quantum Science: Time to Prepare. The Heritage Foundation has presented a primer for U.S. national security policymakers. Whether in policy or technology, the piece is an excellent synopsis, in simple terms, on the current status of quantum computing. From the report […]
Teleportation: Science Fiction or Science Fact. Quantum Computing is Advancing the Notion. Quantum photon entanglement has been proven to enable near-perfect secrecy of data transmission. In a sense, quantum entanglement utilizes teleportation, albeit very simplistic compared to what we find in the likes of Star Trek […]
Large-scale Quantum Processor, Programmable, Solid State. Flexibility to implement a variety of algorithms without modifying hardware enabled the classical computer to tackle any task from the simplest to the most complex. Taking this flexibility to quantum computing is a crucial next step to quantum computing’s ‘big […]
“What is a quantum computer?” New to quantum computing? What is a quantum bit? What is superposition? What is entanglement, decoherence, or quantum supremacy? Many questions are asked about the forthcoming revolution in computing. It will be kicked off by the quantum computer when one […]
Quantum Computers Needed. Underlying knowledge of atomic structure is fundamental to new discoveries in chemistry, physics, and certainly, quantum computing. Understanding atomic structure has been aided by supercomputers, or high-performance computing. A great challenge to studying atomic structure is how long researchers can simulate material […]
Closest We May Come to A Real-life Schrodinger’s Cat. Quantum theory is difficult for virtually all of us to wrap our minds around. The theory attempts to predict the behaviors of electrons, sub-atomic particles, photons, and overall, the tinniest known components. “One of the key tenets […]
Quantum Entanglement Self-testing Protocol. Quantum entanglement is key to quantum information processing. With the fragile state of quantum bits, device-independent certification of entangled states demands self-testing. “The central aim of self-testing is to certify the state and measurements of quantum systems without any knowledge of their […]
Protecting Entanglement of Photons with Symmetry. Research conducted at the Karlsruhe Institute of Technology further proves quantum entanglement (quantum states) may be preserved when passing through nanoscale holes. The quantum computing nexus is the preservation of quantum information when passing through these waveguides. The […]
IBM’s View. IBM delivers their view of the current status of quantum computing and a prediction for quantum advantage at 3 to 5 years. This report is found at Forbes…