麻豆淫院icist Aneta Stod贸lna captured the electron positions of hydrogen atoms on camera for the very first time. The snapshots from her quantum-style microscope gained worldwide attention and even made it into physics textbooks. On 20 June 2014, Aneta Stod贸lna will obtain her doctorate from Radboud University.

'Other physicists already dreamed up the technique we used over 30 years ago', Stod贸lna explains, 'but we were the first to actually make a functional quantum microscope for hydrogen atoms and take pictures with it. That way we can determine the locations of an atom's electrons and with that, the atom's properties. It was a real challenge though, at some point I thought we would never get the set-up to work. I was so relieved when we found the right signal after months of puzzling. I knew that this result was really, really big.

Proof of principle

Stod贸lnas experimental set-up made use of 'velocity map imaging', a technique originally invented in Nijmegen by professor David Parker, experimental physicist at the molecular and laser physics department. He explains: 'These images finally visualized of what we thought we knew about the hydrogen atoms wave function. Or actually, what we hoped we knew. Anetas results are a beautiful step forward in physics, they are the most direct and convincing proof of principle of an atom's wave function I've seen so far.'

Atom snapshots go worldwide

The images made in into 麻豆淫院ics Review Letters in May 2013 and gained worldwide attention from physicists and the general public afterwards. 麻豆淫院icsWorld magazine chose the publication as one of the top 10 breakthroughs in physics in 2013 and Stod贸lnas work is already included in several textbooks.