The observation of free electron-light interactions was facilitated by the discovery of a technique known as photon-induced near-field electron ... conditions of the Cherenkov effect.

When a photon comes in, it hits the marble (or electron), giving it enough energy to escape from the well. This explains the behavior of light striking metal surfaces.

Although this effect played a major role in the development of the quantum theory, ... To date it has not been clear how quickly the electron is released after the photon is absorbed.

These photon–electron interactions are basic to attosecond pulse generation 7 and to multiphoton harmonics and the laser-assisted surface photoelectric effect 8.

Each particle of light, called a photon, collides with an electron and uses some of its energy to dislodge it from the metal. The rest of the photon’s energy is transferred to the now free ...

It has been revealed recently that one of the major origins of the bulk photovoltaic effect is the shift current which is related to the quantum-mechanical phase of electron. The goal of this project ...

Entanglement is a quantum effect that allows particles such as photons and electrons to have a closer relationship than predicted by classical physics. For instance, a photon–electron pair can be ...

This process can be accompanied with a wide range of very interesting effects that, ... (2015, August 21). Photon-based rather than electron-based computers? 'Magic' sphere for information transfer.

While gluons are responsible for generating most of the visible mass in the universe, their role inside nuclei remains poorly ...

Moreover, the only measurement we can ever make for a photon is inherently destructive to the photon; detecting a photon requires an interaction with another quanta, like an electron, which then ...

A typical solar cell generates only one electron per photon of incoming sunlight. Some exotic materials are thought to produce multiple electrons per photon, but for the first time, the same ...