Andrey Herrera joins the group as a postdoc to collab­o­rate to the Preci­sion and the Ultrafast exper­i­ments. Wel­come to Inns­bruck!

During gravel extrac­tion in Upper Austria in 2019, workers uncov­ered a large quan­tity of rusted iron objects. Anal­yses ...

A team of scien­tists in Inns­bruck, Austria, made an impor­tant step toward distrib­uted quantum computing with cavi­ties linking remote atom-based regis­ters. They demon­strated precise control of ...

In an exper­i­ment car­ried out in 2009, our group has performed a quantum simu­la­tion of the Dirac equa­tion using a single trapped ion and observed so called Zitter­be­we­gung, a pecu­liar ...

Austrian researchers realize a toolbox for open-system quantum simu­la­tion Exper­i­mental physi­cists have put a lot of ...

In a new take on quantum logic spec­troscopy, a sensi­tive spec­troscopy method employing a Schrödinger cat state of motion is inves­ti­gated. With sensi­tivity down to the single photon level, the ...

The entan­gle­ment of quantum objects can take surprising forms. The quantum physi­cists at the Univer­sity of Inns­bruck, ...

In a close collab­o­ra­tive effort, Spanish and Austrian physi­cists have exper­i­men­tally encoded one quantum bit (qubit) ...

Rainer Blat­t's and Piet Schmidt's research team from the Univer­sity of Inns­bruck have success­fully real­ized a single-atom laser, which shows the prop­er­ties of a clas­sical laser as well as ...

Not only do optical fibers transmit infor­ma­tion every day around the world at the speed of light, but they can also be harnessed for the trans­port of quantum infor­ma­tion. In the current issue of ...

Ema is joining us as an intern. She is a master’s student at the University of Ljubljana and is joining us for a three-month ...

The inves­ti­ga­tion of the prop­er­ties of inter­acting quantum many-body systems is of central impor­tance for condensed matter physics, quantum chem­istry, atomic and molec­ular physics, and ...