A neutrino telescope found a neutrino, which is what it's supposed to do. But why did this mysterious particle have much more ...

Research highlights quantum entanglement's impact on jet fragmentation, connecting entanglement entropy to hadron formation ...

Determining the passage of time in our world of ticking clocks and oscillating pendulums is a simple case of counting the seconds between 'then' and 'now'. Down at the quantum scale of buzzing ...

The approach, which scientists have studied since the 1970s but is now making rapid advances, involves electrons riding a wave of plasma, an ionized gas created using either another particle beam ...

As the laser pulse shoots through the plasma, it creates a wave behind ... quality of the electron beams." "We strongly benefit from DESY's expertise operating world-class particle accelerators ...

Light can be seen as waves and particles, but also as matter. An electron is both a particle and a wave. The axion, too. And it would be a wave with a very long wavelength and very low frequency. One ...

The company’s announcement states, “Both products are the world’s first modules to apply field electron emission technology to THz wave detection. They have unique properties that are not found ...

Researchers established the maximum possible neutrino mass at 0.45 electron volts (eV), while the electron mass ... distortions in the energy spectrum—offer clues about the elusive particle’s mass. At ...

Light can be seen as waves and particles, but also as matter. An electron is both a particle and a wave. The axion, too. And it would be a wave with a very long wavelength and very low frequency.