In the near future, it is expected that the development of spintronic provides high density magnetic random access memories and logic-in-memory architectures, opening a route to the new generation of high-speed, low-power instant on-and-off computers.
The discovery, allowing to manipulate spins in a magnet by short laser pulses, was reported by scientists from the Joint Laboratory of Opto-Spintronics at the Faculty of Mathematics and Physics, Charles University and the Institute of Physics, Academy of Sciences.
The numerical simulations of correlated materials using the supercomputer is a young field of the 21st century. Interesting research brought two papers in Physical Review Letters.
A unique combination of plasma temperature and density has been achieved with X-ray free-electron laser.
The discovery is a result of a longstanding fruitful collaboration of scientists from the Institute of Physics of the Academy of Sciences of the Czech Republic and laboratories in Cambridge and Nottingham in the UK.
The present work of the Czech and Spanish scientific team consisted in a detailed theoretical analysis of the mechanisms by which the images of carbon materials arise in the scanning tunnelling microscope (STM) and the atomic force microscope (AFM). The results were published in the prestigious journal Physical Review Letters.
CERN starts to produce relevant physics results. In heavy-ion collisions physicists managed to evocate situation which is often popularly called Little Big Bang.
The team has engaged recently discovered quantum-relativistic phenomena for both spin manipulation and detection to realize the spin transistor and to demonstrate spin-logic operation.
A new particle accelerator LHC in a short period contributes to several important milestones.
