This infoclip shows the project "Quantum Austria" (funded with 107 million euros by the Recovery and Resilience Facility) aims to support excellent, transformative, and innovative basic research in the field of quantum physics, quantum computing, as well as next generation high performance computing to ensure continued competitiveness globally. The footage illustrate ongoing research projects: "Preqursor" which aim to perform machine learning on photonic platforms, and probing optical nonlinearities of material and "QuBELT" for the investigation of 2D materials (University of Vienna); "Quantum Klystron" and "Quantum Optics with Electron Photon Pairs" (Technical University of Vienna) which goal is respectively to employ a spatially modulated electron beam as method of manipulation of quantum systems, and to develop novel quantum technology for electron microscopy. License for using the footage: CC BY-NC-ND.

university

new technology

research

physical sciences

student

computer systems

Austria

Vienna

Recovery plan for Europe (T)

recovery and resilience facility (T)

Infoclips (T)

Delivery EE2024 (T)

Infoclip: Projects for quantum research and technologies, "Quantum Austria" - Recovery and Resilience Facility (RRF) - Vienna (Austria)

https://api.multimedia.europarl.europa.eu/documents/20125/71962687/1693842125881_I245338Chapters%5BSD-EN%5D.srt

Exterior views of the Physics institute of the University of Vienna (2 shots)

Circuit of lenses to measure photons (2 shots)

Single photon generation with a laser (1 shot)

Screen measuring the original source of light from the general circuit (1 shot)

Cutaways of the general circuit of lenses (3 shots)

Exterior views of the Atom Institut, Technical University of Vienna (2 shots)

Cooling down of a sample with free electrons (3 shots)

Setting up of the vacuum chamber for electrons testing (2 shots)

Measurement of electrons activity on a screen (3 shots)

Exterior views of the Technical University of Vienna (1 shot)

Transmission electron microscopy to develop new technology for quantum electron microscopy (8 shots)