3 Conference Jobs in Wien
Your personal sphere of play:
The Faculty of Psychology at the University of Vienna comprises the Dean's Office, a Student Service Center (SSC), four departments, and the Outpatient Unit for Research, Teaching and Practice.
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Tasks:
- Perform independent research on the respective research topic
- Present research results at international conferences and other scientific events
- Successful completion of milestones and curriculum of the doctoral college
- Participation in scientific events and other outreach activities organized by the doctoral college and the Doctoral School of TU Wien
- Write a dissertation and publications
- Participation in organizational and administrative tasks of the doctoral college
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Your personal sphere of influence:
As a university assistant (praedoc) on this 4 year position, you will be part of the Aspelmeyer group, and you will be exploring fundamentals and applications of macrosopic quantum coherence in levitated solidstate platforms.
Our Team is part of the Quantum Optics, Quantum Nanophysics and Quantum Information group of the Faculty of Physics.
We are member of the Vienna Center for Quantum Science and Technology (VCQ), one of the largest quantum hubs in Europe, and of the Austrian Cluster of Excellence (quantA), advancing basic research in quantum sciences, aiming to expand the frontiers of knowledge and thus being the engine for future innovations. You will also benefit from being fellow of the Vienna Doctoral School in Physics (VDSP), being part of a thriving community with more than 100 quantum scientists on premise, about 300 quantum researchers in Vienna.
The main research activities of the Aspelmeyer group include quantum optical control of levitated solid state objects, the exploration of their quantum properties for fundamental questions and novel quantum technology platforms, as well as precision measurements of ultra-weak gravitational forces. On the quantum side, we explore the extreme regime of motional quantum states of solids and their interactions to understand how to maximize mass, delocalization, and coherence time in quantum experiments. On the gravity side, we explore the extreme regime of gravitational phenomena of miniature source masses to understand how to isolate gravity from all other interactions on a microscopic scale. Our main motivation is to explore the interface between quantum physics and gravity with new experimental platforms.
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