trojan wave packet

The nondispersive two-electron Trojan wave packets demonstration changes all that.

The Trojan wave packet experiments built on previous work with lithium atoms in an excited state.

These are the next step analogue of the one electron Trojan wave packets - and designed for excited helium atoms.

A Trojan wave packet is a wave packet that is nonstationary and nonspreading.

Recently the real world innovation realized with experiments such as Trojan wave packets, is localizing the wave packets, i.e., with no dispersion.

The concept of the Trojan wave packet is derived from a flourishing area of physics which manipulates atoms and ions at the atomic level creating ion traps.

Quite recently some groundbreaking discoveries of coherent control of quantum particles have been made allowing self-trapping of the electron-positron pair while they execute the circular motion in the presence of the Circularly Polarized field both in Trojan wave packet state.

The process of Trojan wave packet formation by the adiabatic-rapid passage depends in ultra-sensitive way on the reduced electron and nucleus mass which with the same field frequency further leads to excitation of Trojan or anti-Trojan wavepacket depending on the kind of the isotope.

Matt Kalinski (born 1968) is US theoretical physicist who discovered Trojan wave packets solving the long standing problem of interstellar rocket propulsion by extending the positron or positronium lifetime and control the arbitrary slowdown of the recombination process of antimatter in positronic rocket engine.