Smarter quantum computers with dual-code error correction
05 February, 2025 by University of InnsbruckResearchers have developed a method with which a quantum computer can switch back and forth between two correction codes and thus perform all computing operations protected against errors.
Harnessing electromagnetic waves to improve wireless communication
04 February, 2025 by Paul Logothetis, University of OttawaResearchers have enhanced the frequency conversion of terahertz waves in graphene-based structures, thereby unlocking the potential for faster wireless communication.
Neuromorphic semiconductor chip corrects errors autonomously
03 February, 2025 by Korea Advanced Institute of Science and TechnologyResearchers have developed a computing chip that can learn, correct errors and process AI tasks.
New optical memory platform for faster calculations
28 January, 2025 by James Badham, UC Santa BarbaraResearchers have developed an optical memory platform that leverages light to perform calculations at higher speeds than traditional electronics.
Researchers leverage AI for wireless chip design
27 January, 2025 by John Sullivan, Princeton EngineeringResearchers from Princeton University have used deep learning to create faster, high-performance wireless chip designs.
New properties discovered in diamond semiconductors
22 January, 2025 by University of Illinois Urbana-ChampaignResearchers have discovered plasmons in boron-doped diamonds, paving the way for advanced quantum devices, biosensors and solar technology.
Scalable aluminium surface method enhances electronic cooling
22 January, 2025 by Alexandra Becker, Rice UniversityEngineers have developed a new way to create specially patterned aluminium surfaces that could enhance electronic cooling systems.
Researchers create quantum 'Schrödinger's cat' in silicon chip
21 January, 2025 by UNSW SydneyResearchers have brought a famous quantum thought experiment, ‘Schrödinger’s cat,’ to life inside a silicon chip, offering new insights into quantum error correction.
Quantum teleportation performed over busy internet cables
09 January, 2025 by Amanda Morris, Northwestern UniversityNorthwestern engineers have demonstrated quantum teleportation over a fibre-optic cable carrying internet traffic, introducing the new possibility of combining quantum communication with existing internet cables.
New 'twist' for future electronics
09 January, 2025Researchers have electrically 'twisted' a single nanoscale ferroelectric domain wall, in a breakthrough that could enable electronic devices to process information faster.
Polariton filters for better displays and optical sensors
09 January, 2025 by University of CologneResearchers have shown how the quantum mechanical principle of strong coupling opens new possibilities for designing optical filters.
New electric field signals strong potential for quantum computing
12 December, 2024Researchers have discovered a new vortex electric field that holds promise for significantly enhancing the performance of various devices by improving memory stability.
Using quantum dots for solid-state optical cooling
05 December, 2024Researchers have investigated a cooling phenomenon in a halide perovskite-based 'dots-in-crystal' material, shedding light on its strengths and limitations.
Novel self-assembling electronics manufacturing process
05 December, 2024 by Matt Shipman, North Carolina State UniversityResearchers have manufactured nanoscale diodes and transistors using a production technique in which liquid metal is directed to self-assemble into 3D structures.
Zero-gravity tech could enable circuit repairs in space
29 November, 2024 by Iowa State UniversityResearchers have developed a special ink and 3D printer that can function in zero gravity.
