For full functionality of this site it is necessary to enable JavaScript. Here are the
instructions how to enable JavaScript in your web browser
.
jump to content
jump to footer
1. Physikalisches Institut
Uni
versity of Stuttgart
F
aculty
08
Language of this page
en
Search
Main navigation
Search
Suche
back
Kunst und Quanten
Institute
Teaching
Research
Movies
Institute
Team
Video Statements
News
Publications
Contact
Galleries
Links & Internal Information
Galleries
Summer Barbecue 2019
Excursions
Seminar at Söllerhaus
PhD Exams
Kunst und Quanten
Vortrag Prof. Dr. Franz J. Gießibl
Research
Molecular Quantum Materials
Topological Materials, Dirac- and Weyl-Semimetals
Quantum Electric Dipoles
Superconductivity, Quantum Phase Transitions
Optics of Nanostructures
Open PhD & PostDoc positions
Open Bachelor & Master Theses
Completed PhD theses
Completed final theses
Methods Overview
Publications
Workshop on Quantum-emergent molecular-layer electronics
Methods Overview
Time Domain THz Spectroscopy
Fourier Transformed Infrared (FTIR) Spectroscopy
Dielectric Spectroscopy
Frequency Domain THz Spectroscopy
High Pressure Methods
Electron Spin Resonance
Ellipsometry
DC Magnetoresistance and High-pressure Resistivity Measurements
mK Cryogenics for Quantum Circuits
Teaching
SoSe 2025
WiSe2024/2025
Advanced Seminar Magnetism
Open PhD & PostDoc positions
Open Bachelor & Master Theses
Completed PhD theses
Completed final theses
Archive Lectures 2018 - 2024
Archive Lectures until 2017
Archive Lectures 2018 - 2024
SoSe2024
WiSe2023/2024
SoSe2023
WiSe2022/23
SoSe 2022
SoSe 2022
Advanced Seminar: Out of Order
Lectures&Lab SoSe 22
PI1 Seminars
WiSe2022/23
Lecture EXp.Phys V
Lecture Photons in Matter
Lectures&Lab WS22/23
PI1 Seminars
close navigation
Position within the page tree
Move path to the left
Move path to the right
Start
Institute
News
Metal Induced Energy Transfer for measuring distances
03/02
Metal Induced Energy Transfer for measuring distances
March 2, 2018, 1:00 p.m. (CET)
Time:
March 2, 2018, 1:00 p.m. (CET)
PI1 Institutsseminar, room 3.531
Lecturer:
Marcel Boursillon (Universität Ulm)
Download as iCal:
Target audience
Institutsseminar
To the top of the page
