Rohit Tyagi
Postdoctoral Researcher in Atomic and Molecular Physics
Kassel, DE.About
Highly accomplished Postdoctoral Researcher with a PhD in Physics, specializing in atomic and molecular processes following charged particle and photon interactions. Expertise spans Auger Meitner processes, x-ray emission, molecular dynamics, and scientific instrument development, demonstrated through a robust publication record and international conference presentations. Seeking to leverage advanced research skills and deep theoretical knowledge to drive innovation in fundamental physics.
Work
Institute of Physics, University of Kassel
|Postdoctoral Researcher
Kassel, Germany, Germany
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Summary
Leads advanced research into atomic and molecular physics, focusing on relaxation processes and scientific instrument development.
Highlights
Conducting cutting-edge research on relaxation processes, including Auger Meitner, x-ray emission, and molecular dynamics, contributing to fundamental understanding in atomic and molecular physics.
Investigating inter-atomic/molecular Coulombic decay phenomena, utilizing advanced experimental and theoretical approaches.
Actively involved in the development of scientific instruments, enhancing experimental capabilities for atomic and molecular interaction studies.
Collaborating on multiple research projects, evidenced by a strong publication record in peer-reviewed journals such as *Rev. Sci. Instrum.* and *J. Electron Spectrosc. Relat. Phenom.*
Indian Institute of Technology Kanpur
|PhD Researcher (Physics)
Kanpur, Uttar Pradesh, India
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Summary
Conducted extensive doctoral research on LMM Auger Meitner electron emission in ion-atom/molecule collisions, advancing understanding in fundamental physics.
Highlights
Executed comprehensive experimental and theoretical investigations into LMM Auger Meitner electron emission, forming the core of a PhD thesis under Prof. Aditya H. Kelkar.
Developed and applied specialized techniques for studying ion-atom/molecule collision processes, contributing to a deeper understanding of atomic relaxation phenomena.
Achieved a CPI of 8, demonstrating strong academic performance and research aptitude during doctoral studies.
Contributed to the field through research that led to multiple publications and presentations at international conferences, including AISAMP and National Conference on Atomic and Molecular Physics.
Indian Institute of Technology Kanpur
|Teaching Assistant
Kanpur, Uttar Pradesh, India
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Summary
Facilitated learning and practical application of physics principles for undergraduate and postgraduate students across various specialized courses.
Highlights
Instructed and supervised over 100 undergraduate students in Physics Lab (UG PHY 101) for two years, enhancing their practical experimental skills.
Delivered comprehensive support for M.Sc. students in Nuclear and Particle Physics (PHY 526) and Electronics (PHY441), clarifying complex concepts and problem-solving.
Provided teaching assistance for core undergraduate courses including Physics I (UG), Quantum Physics (UG PHY 114), and Electricity and Magnetism (UG), impacting hundreds of students.
Supported an NPTEL Online Course on Electromagnetic Theory, extending educational reach and reinforcing online learning initiatives.
Volunteer
Indian Institute of Technology Kanpur
|Various Leadership and Volunteer Roles
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Summary
Engaged in significant leadership and community service roles, contributing to student welfare, departmental governance, and rural education initiatives.
Highlights
Served as Guest Room Secretary for the Hostel Management Committee (2017), managing logistics and improving accommodation services for residents.
Acted as DPGC member and Student Senate nominee for the Department of Physics (2018-2019), representing student interests in academic and policy discussions.
Functioned as Department Student Representative for the Student Placement Office (2022-2023), facilitating career opportunities and industry connections for peers.
Volunteered as a teaching assistant at Ranjit Singh Rozi Shiksha Kendra rural education initiative (2024), providing educational support to underprivileged students.
Education
Indian Institute of Technology Kanpur
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PhD
Physics
Grade: CPI: 8
Ch. Charan Singh University
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M.Sc.
Physics (Specialization: Electronics)
Grade: 76%
Rajdhani College, University of Delhi
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B.Sc. (Hons.)
Physics
Grade: 79%
Awards
1st Poster Presentation Award
Awarded By
9th PSSI - Plasma Scholars Colloquium, IIT Kanpur
Awarded for outstanding presentation on Auger electron emission in Ar+q and Ar atom collisions.
2nd Position in Paper Presentation
Awarded By
Mathematical Society, Rajdhani College Fest 'ARITY', University of Delhi
Achieved second place for a compelling paper presentation at a collegiate festival.
PRATIBHA SAMMAN
Awarded By
Raj Kumar Goel Institute of Technology, Ghaziabad
Recognized with a prestigious award for academic excellence and potential.
Publications
Duley, Tyagi et al., JCP25-AR-02428.
Published by
American Institute of Physics
Summary
Manuscript under review for publication in the Journal of Chemical Physics.
Languages
Hindi
English
German
Certificates
Workshop on Computational Chemistry
Issued By
IIT Kanpur
Elementary Level 1 German Language Course
Issued By
IIT Kanpur
SERC School on Atomic and Molecular Physics
Issued By
RKMRC, Kolkata, India
Skills
Software & Programming
Origin, Arduino, SIMION, LTspice, LabVIEW, Python, AutoCAD.
Projects
15th Asian International Seminar on Atomic and Molecular Physics AISAMP'15
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Summary
Participated in a leading international seminar on atomic and molecular physics.
9th PSSI - Plasma Scholars Colloquium
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Summary
Presented research on Auger electron emission in Ar+q and Ar atom collisions.
23rd National Conference on Atomic and Molecular Physics (Posters)
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Summary
Authored two posters on LMM Auger electron emission and electron spectroscopy experimental setup.
22nd National Conference on Atomic and Molecular Physics (Volunteer)
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Summary
Volunteered and assisted with organizational tasks for a national conference.
13th Asian International Seminar on Atomic and Molecular Physics (Co-authored Posters)
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Summary
Co-authored two posters on charge asymmetric fragmentation and an ion microbeam facility.