Suchergebnisse für sfb_www.htm

Es wurden 1748 Ergebnisse gefunden.

SFB 767 Seminar: Holes are heavy, are they good?

SFB 767: Vortrag,Physik

20. Oktober 2017

11:00–12:00 Uhr

P 1138

In the past 10 years many groups have used electrons confined in group IV quantum dots in order to realize spin qubits [1]. Impressive progress in the extension of spin lifetimes has been achieved and …

https://www.sfb767.uni-konstanz.de/news/talks/talks-detailseite/event/28104-SFB-767-Seminar-Holes-ar/tx_cal_phpicalendar/
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SFB 767 Colloquium

SFB 767: Physik,Kolloquien

11. Januar 2018

15:15–16:30 Uhr

P 603

https://www.sfb767.uni-konstanz.de/news/talks/talks-detailseite/event/28069-SFB-767-Colloquium/tx_cal_phpicalendar/
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SFB 767 Colloquium: Single-molecule electrical sequencing

SFB 767: Physik,Kolloquien

14. Dezember 2017

15:15–16:30 Uhr

P 603

The NIH has launched a 1000 genome project toward practical realization of label-free, low-cost, and high-throughput DNA sequencers for practical use in personalized medicine and therapeutics based on …

https://www.sfb767.uni-konstanz.de/news/talks/talks-detailseite/event/28068-SFB-767-Colloquium-Singl/tx_cal_phpicalendar/
De

SFB 767 Colloquium: Single-molecule electrical sequencing

SFB 767: Physik,Kolloquien

14. Dezember 2017

15:15–16:30 Uhr

P 603

The NIH has launched a 1000 genome project toward practical realization of label-free, low-cost, and high-throughput DNA sequencers for practical use in personalized medicine and therapeutics based on …

https://www.sfb767.uni-konstanz.de/news/talks/talks-detailseite/event/28068-SFB-767-Colloquium-Singl/tx_cal_phpicalendar/
De

SFB 767 Colloquium: Engineering the TiO2 Anatase (101) surface

SFB 767: Physik,Kolloquien

02. November 2017

15:15–16:30 Uhr

P 603

Titanium dioxide (TiO 2 ) is an important material for the solar-based applications due to its stability, band alignment and abundance. However, the large bandgap of TiO 2 yields device efficienc …

https://www.sfb767.uni-konstanz.de/news/talks/talks-detailseite/event/27487-SFB-767-Colloquium-Engin/tx_cal_phpicalendar/
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SFB 767 Colloquium: Spin transport through antiferromagnetic insulators

SFB 767:

11. Januar 2018

15:15–16:30 Uhr

P 603

Antiferromagnets fast becoming popular materials in spintronics. Unlike ferromagnets, however, they typically require high magnetic fields or an additional magnetic layer in order to support a spin cu …

https://www.sfb767.uni-konstanz.de/news/talks/talks-detailseite/event/28462-SFB-767-Colloquium-Spin-/tx_cal_phpicalendar/
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SFB 767 Seminar: Circuit QED with Josephson junction chains

SFB 767:

18. Januar 2018

15:30–16:30 Uhr

P 603

The kinetic inductance of a chain of Josephson tunnel junctions can be used as an element in designing new kind of quantum devices like Fluxonium [1]. Increased complexity and many degrees of freedom …

https://www.sfb767.uni-konstanz.de/news/talks/talks-detailseite/event/28463-SFB-767-Seminar-Circuit-/tx_cal_phpicalendar/
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SFB 767 Seminar: Investigation of nanoscale resistive switching devices

SFB 767: Vortrag,Physik

02. Februar 2018

10:30–11:30 Uhr

P 602

For the future applications there are numerous requirements for resistive switching devices. For instance, the high reliability and endurance are the most desirable features of any utilized electronic …

https://www.sfb767.uni-konstanz.de/news/talks/talks-detailseite/event/28466-SFB-767-Seminar-Investig/tx_cal_phpicalendar/
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SFB 767 Seminar: Surface-enhanced optomechanical disk resonators and force sensing

SFB 767: Vortrag,Physik

07. Februar 2018

13:30–14:30 Uhr

P 912

Optomechanics studies the interaction between light and mechanical motion. In this presentation I will focus on optomechanical experiments carried with miniature disk resonators fabricated out of dist …

https://www.sfb767.uni-konstanz.de/news/talks/talks-detailseite/event/28671-SFB-767-Seminar-Surface-/tx_cal_phpicalendar/
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SFB 767 Seminar: Thermospin effects and their influence on superconductivity in hybrid structures

SFB 767: Vortrag,Physik

24. Januar 2018

12:00–13:15 Uhr

P 1012

Recently, in addition to the giant thermoelectric effect, thermally-induced pure spin currents were predicted for hybrid structures composed of Zeeman-split superconductors and normal metals. I show t …

https://www.sfb767.uni-konstanz.de/news/talks/talks-detailseite/event/28670-SFB-767-Seminar-Thermosp/tx_cal_phpicalendar/
De