Ultrafast Quantum Dynamics Group Marburg

Microscopic modeling of ultrafast phenomena in technologically promising quantum materials

[Ultrafast Quantum Dynamics Group Marburg @MalicGroup]

The Ultrafast Quantum Dynamics Group at the Philipps-University Marburg has an open PhD position on microscopic modeling of exciton and trion dynamics in 2D materials.
https://t.co/HRrumL0FrQ

[Ultrafast Quantum Dynamics Group Marburg @MalicGroup]

Discover how the ultrafast hole transfer dynamics in twisted 2D materials can be tracked in tr-ARPES. Our joint experiment-theory study with Stefan Matthias (Göttingen) has just been published in Science Advances.
https://t.co/5fU4OGQ2T2

[Ultrafast Quantum Dynamics Group Marburg @MalicGroup]

Check out our new study on trion photoluminescence and the impact of mass imbalance on trion stability in atomically thin materials. The work has just been published in Physical Review Letters.
https://t.co/4Rg1hPNq98

[Ultrafast Quantum Dynamics Group Marburg @MalicGroup]

Check out our new study on the formation of charge transfer excitons in lateral TMD heterostructures. The joint theory-experiment work has just been published in Nature Communications!
https://t.co/yz6ORWbUds

[Andras Kis @andras_ks]

EPFL discovery brings us closer to next-generation electronics https://t.co/y0MwcwMTIL #epfl

[Physics Marburg @physicsMarburg]

We open our doors!
Stop by to watch our physics show, do yourself some experiments, attend a science slam, and get to know the physics department @Uni_MR. We look forward to see you!
@MalicGroup @STRL_DE @janosch_go

[Andras Kis @andras_ks]

We have published a new paper on exciton transport in @NaturePhotonics by @TagarelliFedele and @EdoardoLopriore et al. https://t.co/DTYtiKk5Tw. We achieve electrical control over the transport of hybrid inter/intralayer excitons in bilayer WSe2. @EPFL_en @EPFLEngineering

[Ultrafast Quantum Dynamics Group Marburg @MalicGroup]

Check out our new study on the formation of moiré interlayer excitons in space and time in twisted atomically thin materials. The work has just been published in Nature!
https://t.co/BkxnmX9tZx

[Physics Marburg @physicsMarburg]

Why should one study physics @Uni_MR? Here we give you some arguments. Watch our new image video at https://t.co/kZuiv2Qjgb

[Ultrafast Quantum Dynamics Group Marburg @MalicGroup]

Check out our new work on moire exciton polaritons and how their properties can be significantly tuned by changing the twist angle. The work has just been published in Nano Letters.
https://t.co/GVX7TfdhvG

[Ultrafast Quantum Dynamics Group Marburg @MalicGroup]

Check out our new work suggesting detection of monolayer Wigner crystals via their characteristic terahertz response. The work was published in Nano Letters.
https://t.co/TXehvZHaF2

[Physics Marburg @physicsMarburg]

We welcome Prof. Jan Christoph Goldschmidt as a new professor at our Department! As an expert for novel #perovskite-based solar cells he leads the new research group “Physics of solar energy conversion” @Uni_MR.

[Physics Marburg @physicsMarburg]

How do excitons travel if there is limited space? In his talk, Mikhail Glazov from the Ioffe Institute in Russia will present his recent results on nonclassical aspects of exciton propagation in #TMDCs. You are welcome to attend this talk via https://t.co/qRumIckwYq @MalicGroup

[Ultrafast Quantum Dynamics Group Marburg @MalicGroup]

Together with Alexey Chernikov (TU Dresden) and Mikhail Glazov (Ioffe Institute) we have gained microscopic insights into non-classical exciton transport in atomically thin semiconductors. Our work was published in Physical Review Letters.
https://t.co/GMrdNDp9Ti

[Ultrafast Quantum Dynamics Group Marburg @MalicGroup]

Together with Ulrich Höfer and Rupert Huber, we have combined time-resolved ARPES measurements with microscopic theory to directly visualize the ultrafast formation dynamics of dark excitons in WS2 monolayers. Our work was published in Nano Letters.
https://t.co/JoNzlvTW8L

[Ultrafast Quantum Dynamics Group Marburg @MalicGroup]

@Andres_2DMat @Scixel @RiccardoFrisen2 @2d_foundry @2d_topsense @tudelft @ERC_Research @icmmcsic The cover looks really impressive!

[Ultrafast Quantum Dynamics Group Marburg @MalicGroup]

Congratulations to Maja Feierabend, who has today successfully defended her PhD thesis "Microscopic theory of externally tunable exciton signatures of two dimensional materials"!

[Ultrafast Quantum Dynamics Group Marburg @MalicGroup]

New research group on ultrafast quantum dynamics started at the Philipps-University Marburg.
#Physics #physic #ultrafastquantumdynamicgroup #marburg