Breakthrough in laser-cooling antihydrogen could reveal why matter dominates the universe – Physics World
Introduction Since its prediction in 1936 by Euler, Heisenberg and Weisskopf in the earlier development of the Quantum Electrodynamic (QED) theory, the Vacuum Magnetic Birefringence (VMB) is still a challenge for optical metrology techniques. According ...
Towards the ultimate X-ray source:the X-ray laser – CERN Courier
Laser acceleration, now with added fibre | CERN
CERN Scientists Successfully Laser-Cool Antimatter for the First Time
Scheme of the CERN Laser Ion Source | Download Scientific Diagram
ISOLDE mints chromium for structure studies – CERN Courier
Nobel work shines a light on particle physics | CERN
ISOLDE scores a first with laser spectroscopy of short-lived radioactive molecules | CERN
CERN - Guess what this green laser is used for 👀 Answer on Monday! | Facebook
Rugby or football? ISOLDE reveals shape-shifting character of Mercury isotopes | CERN
Success for AWAKE | CERN
Scheme of the CERN laser ion source. | Download Scientific Diagram
Metrology | Knowledge Transfer
Researchers cool antimatter to near zero by blasting it with a laser | Live Science
A long-sighted laser beam | CERN
Home | ALPHA Experiment
A non-destructive laser application for quality control & radiation studies in semiconductor devices | Knowledge Transfer
From every angle - CERN Bulletin
Scheme of the CERN laser ion source. | Download Scientific Diagram
Laser technology inspires new accelerator concepts - CERN Document Server
Lasers and Photocathodes (LP) | Sources, Targets and Interactions Group (STI)
