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In LabMontiTM, we use an ultrafast laser system that can create sub-100 femtosecond pulses, tunable from 210 - 2000 nm. Theses pulses allow us to do fs-time-resolved photoelectron spectro-scopy (two-photon photoemission) which we use to probe the excited state electronic structure and the time-evolution of excited states of organic semiconductor and quantum materials interfaces.
In LabMontiTM, we use an ultrafast laser system that can create sub-100 femtosecond pulses, tunable from 210 - 2000 nm. Theses pulses allow us to do fs-time-resolved photoelectron spectro-scopy (two-photon photoemission) which we use to probe the excited state electronic structure and the time-evolution of excited states of organic semiconductor and quantum materials interfaces.
3W of near-infra red light, pumped by 15W of green light
Students working on time-resolved photoemission experiments learn how to manipulate and control ultrafast laser pulses, and how to perform state-of-the-art pump-probe spectroscopy.
Additionally, we operate a number of other laser sources as well that allow us to access excitations across the visible spectrum, interferometry or photoinduced quantum transport.
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