Deependra Jadoun

@PlrtnQdExc @iitdhrwd @AnirbanHaz @SpecTqd @IgorSchapiro @GroupHariharan Congratulations, Mahesh!

Excited to start a new position as an Assistant Professor at @iitdhrwd (iitdh.ac.in/faculty?field_…). Many thanks to my mentors @AnirbanHaz @SpecTqd @IgorSchapiro and @GroupHariharan, friends, and family for the support.

The Kowalewski group @spectqd @d__jadoun at @fysikum, with Zhedong Zhang from @CityUHongKong, demonstrates unprecedented temporal & spectral resolutions achieved in spectroscopy via entangled photons to probe electronic coherence near a CI. go.acs.org/8GC

Mapping molecular funnels with X-rays: Precise timings of non-adiabatic excited state dynamics doi.org/grpf3q phys.org/news/2023-02-m…

Hey #physchem, interested to know how two-dimensional spectroscopy can help track non-adiabatic dynamics in a molecule? Read our latest publication in @UltrafastSci (@SPJournals) to find out: spj.science.org/doi/10.34133/u… #2Dspect #CI @SpecTqd

@SpecTqd @Stockholm_Uni @Fysikum Congratulations 🎉

Last month my supervisor had a webinar discussing our research into Polaritonic Chemistry. If you missed it you can watch it on YouTube! @SpecTqd #polaritons #photochemistry youtu.be/80RpjWXdlog

The Kowalewski group (@tqdspec, @d__jadoun) at @fysikum proposes to use attosecond pulse trains from a high harmonic generation process, to observe conical intersections in the time and energy domain in a molecule by measuring photoelectrons. fal.cn/3hIsE

@SpecTqd Thanks!

Read our latest publication in JPC Letters about observing the conical intersections with photoelectron spectroscopy using attosecond pulse trains as probes. @SpecTqd pubs.acs.org/doi/10.1021/ac…

@SpecTqd Thanks a lot.

The first publication is always special they say, now I understand why. I am very glad to share my first publication: aca.scitation.org/doi/10.1063/4.… All thanks to @SpecTqd and Mahesh. The paper talks about the spectroscopic methods one could use to detect CI in a molecule.

Excited to share my first pre-print as a PhD student in @Fysikum. All thanks to @SpecTqd and Mahesh. We theoretical study the non-adiabatic dynamics in pyrrole using various X-ray probe methods. arxiv.org/abs/2103.13269

Hear my colleague @eric_davidsson talk about the behavior of molecules inside a cavity. The video is based on a recent article published by @eric_davidsson and @SpecTqd in the Journal of Chemical Physics where they study the effects of a lossy cavity on photochemistry.

A fun article to read for those who are interested in Conical Intersections and nanocavities in-general. Non-adiabatic dynamics in Pyrrole and the effects of a cavity on it are beautifully formulated by Dr. Mahesh and Prof. Markus (@SpecTqd ) in this paper.

Congratulations

A great opportunity for those who wants to pursue PhD in theoretical physics. Check out the opening in our research group.

Nervous and excited—our new preprint is out! With a possibly unique(?) method in molecular #polaritonics, we used the Lindblad equation to understand the role of cavity decay in photodissociation. Enjoy! arxiv.org/abs/2010.09587 #polaritons #cavities #openquantumsystems @SpecTqd

#UnbanPUBGInIndia So many careers/Jobs depend on it, Pubg mobile made eSports a reality in India and now it's vanished in a snap if it doesn't come back then who know what will happen to eSports in India. I support gov. On #AatmaNirbharBharat but not like this. 🙏

Our first paper is out! We have sought to better understand collective effects in polariton systems. Many thanks to Markus Kowalewski! pubs.acs.org/doi/10.1021/ac…