WELCOME TO
THE WEBSITE OF

VCQ

VIENNA CENTER FOR QUANTUM SCIENCE AND TECHNOLOGY

WHAT IS VCQ?

READ MORE ABOUT WHAT WE DO HERE

VCQ

RESEARCH

Our research explores various fields of Quantum Physics: from foundational aspects of quantum mechanics, quantum information, sensing, devices and optics to hybrid and many-body systems as well as aspects of spacetime!
OVERVIEW OF RESEARCH TOPICS

VCQ PHD Program

FIND OUT MORE ABOUT WHAT OUR VCQ PHD PROGRAM HAS TO OFFER

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Each semester, VCQ offers a COLLOQUIUM
with various topics on Quantum Physics:
TAKE A LOOK HERE

VCQ

COLLOQUIUM

VCQ SUMMER SCHOOL

2021

In this year’s VCQ summer school, four distinguished professors will introduce the participants to the basics of quantum sensors and imaging techniques and their applications in various fields. It will be a fascinating lecture series for early-stage researchers!
CLICK HERE FOR FURTHER INFORMATION

VCQ

The Vienna Center for Quantum Science and Technology (VCQ) is a joint initiative of the University of Vienna, the Vienna University of Technology, the Austrian Academy of Sciences, and the Institute of Science and Technology Austria, which unites quantum physicists of Vienna’s research institutions in one collaborative center. VCQ will set new impulses for research and teaching through its unique spectrum of research topics – from fundamental quantum physics to novel quantum technologies.
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LATEST NEWS & EVENTS

That was our VCQ Summer School 2021

Participants of the VCQ Summer School 2021 In the beginning it sometimes felt like a really crazy idea to plan a live event when at any time it could have happened that we [...]

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Philipp Walther receives Wilhelm Bessel Award

Philipp Walther, Group Leader at the University of Vienna, received the Friedrich Wilhelm Bessel Award of the Alexander von Humboldt-Stiftung. Philipp Walther, Group Leader of Quantum Information Science and Quantum Computation Congratulations !! [...]

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Probabilistic One-Time Programs using Quantum Entanglement

Quantum technology allows for unparalleled levels of data and software protection. Probabilistic one-time programs harness these capabilities for quantum-assisted classical computations by encoding classical software in small quantum states resulting in computer programs [...]

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