AboutUs

With solid state quantum techologies as our goal we aim to develop complex single spin systems from diamond defects and other dopant/host systems to a degree known hitherto only in atomic physics in terms of controllability and isolation from their environment.

Our Company


The development of quantum devices by nanoscopic control of constituents is expected to be one of the largest and most intriguing challenges of modern solid state physics. Among the degrees of freedom which allow exploiting most quantum phenomena are spins. Their long coherence and relaxation times make them of interest to any kind of quantum spin”tronics” from spin memories to quantum computing and ultrasensitive sensors. In well chosen and engineered environments spin state control and readout can be easy and robust even under ambient conditions. With solid state quantum techologies as our goal we aim to develop complex single spin systems from diamond defects and other dopant/host systems to a degree known hitherto only in atomic physics in terms of controllability and isolation from their environment. These systems should be used to investigate fundamental physical properties, e.g. the quantumness of solid state spins as well as their utilization in sensory devices. In addition these systems will allow the set up of versatile quantum arrays to e.g. study quantum many body physics and built quantum simulators. On the other hand such structures will yield sensors for magnetic and electric fields with unprecedented sensitivity and scale spatial resolution. Such devices might have revolutionary impact on imaging applications in various fields from materials’ investigation to bio sciences.

Our Team


Prof.J.Wrachtrup

Prof. Dr. Jörg Wrachtrup

Professor

Pfaffenwaldring 57
70569 Stuttgart,Germany

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Dr. Andrej Denisenko

Dr. Andrej Denisenko

Chief Technology Officer

Nobelstraße 15
70569 Stuttgart,Germany

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Marwa Garsi

Marwa Garsi

Ph.D

Nobelstraße 15
70569 Stuttgart,Germany

Contact
BW
University of Stuttgart
TTI
ERC

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