A research team including members from the University of Michigan have unveiled a new observational technique that's ...

That way the sudden approximation calculation method (one of the oldest methods employed to solve quantum mechanics problems ... is a rather difficult task to model such processes.

One way to realize the 0 and the 1 of the qubit is via the alignment of the so-called electron spin. The spin is a fundamental quantum mechanical ... Heisenberg model was described almost 100 ...

Each semiconductor has a characteristic band gap, but when the diameter of a piece of the material is shorter than the quantum-mechanical wave function of its electrons, the "squeezed" electron ...

How do you grab a cloud and pin it down ... emitted by atoms was one of the first hints of electron waves, and drove the invention of quantum mechanics. We’ve seen what some of the harmonics ...

Here we present a novel approach, the quantum-corrected model (QCM), that incorporates quantum-mechanical effects ... dielectric response that includes electron tunnelling and tunnelling ...

The theoretical world that underlies it, full of esoteric calculational tools that model reality ... relativistic theory of quantum mechanics that included the electron and the photon, showing ...

Entangled electrons Illustration depicting an atom (green nucleus with a white electron cloud) that is hit by a laser pulse ... (Courtesy: TU Wien) The effect of quantum entanglement on the emission ...

In one, there’s quantum mechanics, from which we’ve developed the “Standard Model,” including all ... to figure out which slit a particular electron travels through: An electron literally ...

Heisenberg’s paper marked the birth of modern quantum mechanics ... In Bohr’s model of the hydrogen atom, one electron, carrying a negative electrical charge, circles a nucleus consisting ...