Blog
- 13/01/2020 How to Get a Particle Detector on a Plane A small team at the US Department of Energy has been working to assemble, test and transport detector pieces for an upgrade of the ALICE detector array at the CERN lab in Europe.
- 08/01/2020 Time Reversal Symmetry Breaks in Ferromagnetic Weyl Semimetals A group of Princeton University observed novel topological Weyl fermion “line” and “drumhead” surface states in a room temperature magnet – made of cobalt, manganese, and gallium – for the first time.
- 03/01/2020 Giant Negative Thermal Expansion Seen In Nanomagnet A High-Resolution TEM Image Of The Nanoparticles Studied in This Work
- 12/12/2019 Physicists Break Distance Record For Electron Spin-State Transmission in Spin qubits For quantum computers to be feasible, quantum error correction is necessary to protect the information in qubit arrays even if individual qubits become corrupted. Its implementation requires that multiple qubits can interact with one another.
- 08/10/2019 Exciton Condensation Breaks New Temperature Record New Cornell-led research is pointing the way toward an elusive goal of physicists—high-temperature superfluidity—by exploring excitons in atomically thin semiconductors.
- 04/10/2019 Single-Nanowires Make Powerful Spectrometers Simplest possible spectrometer.
- 02/09/2019 Hydrogen Storage Gets Real As production costs fall and demand is poised to rocket, James Mitchell Crow finds the hydrogen economy is finally ready for take-off – as long as we can find ways to store it.
- 01/09/2019 Quantum Physicists Have Successfully Teleported A Qutrit For The Very First Time Quantum teleportation has been a term related to qubits for the longest time and recently, researchers have successfully teleported ‘qutrits’.
- 30/08/2019 Self-Threading Monomer Provides Protection For Carbon Nanotubes Strategy assembles three-component nanostructure with nanoscale precision
- 30/08/2019 Tunnel Barrier Disappears In A Topological Superconducting State Researchers have seen Klein tunnelling – a rare relativistic phenomenon in which a tunnel barrier disappears – in a topological superconducting state for the first time. The result sheds more light on a previously overlooked aspect of topological superconductivity and could even help in the development of a new family of spintronic and superconducting devices, they say.