Programmable DNA moiré superlattices: Expanding the material design space at the nanoscale
University of Stuttgart researchers produce DNA lattices with programmable twist, symmetry, spacing, and gradients—opening new avenues in nanophotonics, spintronics, and metamaterials.
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.
Mapping space: Largest map of the universe announced
University of California, Santa Barbara leads research revealing 800,000 galaxies, challenging existing notions of the early universe.
Message in a bubble: Using physics to encode messages in ice
Researchers at the Beijing Institute of Technology develop a novel method to store covert messages in icy regions.
Unprecedented optical clock network lays groundwork for redefining the second
Researchers from the University of Oxford demonstrate enhanced precision, linking optical clocks across six European countries.
Cosmic signal from the very early universe will help astronomers detect the first stars
Cambridge University researchers utilise hydrogen radio signals, revealing insights into the universe’s infancy and star formation.
Scientists discover pioneering technique to accelerate accurate quantum measurements
University of Bristol researchers develop innovative method using additional qubits, enhancing speed without sacrificing measurement accuracy.
Astronomers capture most detailed thousand-color image of a galaxy
Heidelberg University researchers reveal unseen galaxy features using ESO’s VLT, capturing over 500 planetary nebulae.
Oxford physicists recreate extreme quantum vacuum effects in simulation
University of Oxford physicists achieve breakthrough with real-time 3D simulations, revealing photon-photon scattering potential in vacuums.