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Physicists Achieve Targeted Manipulation of Atomic Nuclei

Researchers from Vienna University of Technology, under the direction of Professor Thorsten Schumm and a team from the National Metrology Institute Braunschweig (PTB), have successfully manipulated atomic nuclei with lasers for the first time.

Vienna , Wien , Austria , Laura-thomson , Fabian-schaden , Oliver-diekmann , Thorsten-schumm , Vienna-university-of-technology , National-metrology-institute-braunschweig , Vienna-university , Professor-thorsten-schumm , Physical-review

Physicists take a major step toward making a nuclear clock

By tweaking the energy of a thorium nucleus with a laser, scientists demonstrated a key step to building clocks based on the physics of atomic nuclei.

Texas , United-states , Wien , Austria , Germany , Peter-thirolf , Olga-kocharovskaya , Ekkehard-peik , Oliver-diekmann , Texasam-university , National-metrology-institute-of-germany , College-station

Quantum Ping-Pong: The New Era of Atomic Photon Control

Scientists have developed "quantum ping-pong": Using a special lens, two atoms can be made to bounce a single photon back and forth with high precision. Atoms can absorb and reemit light this is an everyday phenomenon. In most cases, however, an atom emits a light particle in all possible direc

Vienna , Wien , Austria , Oliver-diekmann , Dmitryo-krimer , Stefan-rotter , James-clerk-maxwell , Ultrafast-excitation-exchange , Institute-of-theoretical-physics , Single-photon , Maxwell-fish-eye-lens , Theoretical-physics

The New Era of Atomic Photon Control

Emission of a single photon in the Maxwell fish-eye lens. Credit: Oliver Diekmann (TU Wien)Scientists have developed “quantum ping-pong”: Using

Vienna , Wien , Austria , Oliver-diekmann , Stefan-rotter , James-clerk-maxwell , Dmitryo-krimer , Institute-of-theoretical-physics , Ultrafast-excitation-exchange , Single-photon , Maxwell-fish-eye-lens , Theoretical-physics

'Quantum ping-pong': Two atoms can be made to bounce a single photon back and forth with high precision

'Quantum ping-pong': Two atoms can be made to bounce a single photon back and forth with high precision
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