Nóra Sándor Email and Phone Number

As a part of a small, dynamic team my responsibility is to design, develop, test, and maintain computer vision and artificial intelligence solutions for various image-editing challenges.

My main responsibility as a post-doc researcher is carry out independent theoretical research activity in the field of quantum optics. My activities include scientific writing, oral presentations, keeping in contact with collaborators, participating in scientific discussions and preparing project applications.I've been working on the following projects:1. Laser-control of atomic states via Rydberg molecular statesI proposed a new experimental method to control the interaction of ground-state atoms. The method was successfully implemented by an experimental team shortly after being published.2. Application of machine learning in describing cavity-assisted charge-transport I set up an algorithm based on Gaussian Process Regression to explore new parameter ranges hard to calculate with nonlinear Green-function method.

In a frame of a teaching&research scholarship offered by the University of Tübingen, I carried out research in the subject of 'Optical detection of Rydberg states' in close collaboration with the experimental Nano-Atomopics group in the Physics Department of Universitiy of Tübingen and I gave a series of lectures in 'Programming of Mathematica'. The latter was supported by Wolfram Research through providing free licences for the students (http://software.additive-net.de/de/produkte/wolfram/anwendungen/einsatzbereiche/lehre-und-forschung/informatics-with-mathematica)

Carried out increasingly independent research under the supervision of Dr. Gagik Djotyan. Proposed several interaction schemes for preparing ground-state atoms in given quantum states using frequency-modulated laser pulses.

My responsibility was to develop the curriculum and leading the practical courses for the course "Programming in Mathematica" for neuroscience students. Highlighted topics of the course were data visualization and interpretation, image processing and text processing.