Oxford team engineer quantum-enabled proteins, opening a new frontier in biotechnology
University of Oxford researchers develop magneto-sensitive proteins, enhancing biomedical imaging and targeted drug delivery techniques.
When will quantum technologies become part of everyday life?
Researchers at the University of Chicago explore scaling challenges and compare six leading quantum hardware platforms.
Scientists reveal it is possible to beam up quantum signals to satellites
University of Technology Sydney researchers demonstrate uplink feasibility, overcoming challenges of signal loss and interference.
Pure quantum state without the need for cooling
ETH Zurich researchers achieve high quantum purity at room temperature, eliminating classical physics interference effectively.
Researchers document first images of the atomic fingerprint of heat in quantum materials
University of Maryland scientists capture unprecedented atomic-scale thermal vibrations, unveiling hidden dynamics in two-dimensional quantum materials.
Boson sampling finds first practical applications in quantum AI
Okinawa Institute of Science and Technology pioneers energy-efficient quantum machine learning, achieving higher accuracy in image recognition.
Smart amplifier enabler for more qubits in future quantum computers
Chalmers University of Technology develops energy-efficient amplifier, reducing power consumption by 90% to enhance qubit performance.
Solitonic superfluorescence paves way for ambient temp quantum computing
North Carolina State University researchers discover soliton formation mechanism, enabling room-temperature quantum states for advanced technologies.
Scientists accelerate accurate quantum measurements with extra qubits
University of Bristol researchers use additional qubits to enhance speed and precision in fragile quantum systems.
Quantum entanglement: Tailored approach the only way to clean up noise
Researchers at the University of Chicago reveal tailored noise-minimizing solutions are crucial for improving entangled states.