JS
Jaspreet Singh
Indian Institute of Technology Bombay, Indian Institute of Technology Hyderabad, Central University of Punjab, University of Rajasthan
Research areas: Materials Science · Electronic, Optical and Magnetic Materials · Gold and Silver Nanoparticles Synthesis and Applications · Plasmonic and Surface Plasmon Research · Nanoporous metals and alloys
0009-0007-9397-9754
Employment
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Indian Institute of Technology Bombay PostDoctoral Fellow2025 - Present
Education
- 2019 - 2025
- 2017 - 2019
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University of Rajasthan B.Sc. (Hons.)2014 - 2017
Projects & Funding
Projects & funding information is unavailable.
Publications (20)
- First-principles study of nontrivial band topology and spin transport in NbXSi (X = Pt, Ir) Save
- Topological properties of Au-based superconducting A15 compounds: Unveiling Dirac surface states and spin Hall effects Save
- Spin Hall and spin Nernst effects in Th-based compounds: an ab initio study of electron–phonon topology Save
- Spin Hall conductivity, magnetoresistance, and nontrivial topology in BeAu Save
- Exchange Interactions and Phonon Topology in EuAuAs, GdAuGe, and GdAgGe Save
- Exploring magnetism, topology, and magnetoresistance in rare-earth-based compound GdAuSn: Ab initio study Save
- Insights into electron and phonon topology: multi-fold fermions and Dirac nodal-line net bosons in SiX2 (X=P and As) Save
- A Comprehensive Analysis of Topological Features in Electronic Structure of GdAgMg Save
- Pressure-Driven Responses in Cd2SiO4 and Hg2GeO4 Minerals: A Comparative Study Save
- Magnetotransport and electronic structure of EuAuSb: A candidate antiferromagnetic Dirac semimetal Save
- Deep Earth Chronicles: High‐Pressure Investigation of Phenakite Mineral Be2SiO4 Save
- Multiple magnetic transitions, metamagnetism, and large magnetoresistance in GdAuGe single crystals Save
- Band-Gap Energy and Electronic d–d Transitions of NiWO4 Studied under High-Pressure Conditions Save
- Electronic structure and physical properties of the candidate topological material GdAgGe Save
- Pressure-induced band-gap energy increase in a metal iodate Save
- High-pressure study of the aurophilic topological Dirac material AuI Save
- Prediction of Ground State Structures and Robust Weyl Fermionic States in MnRhP Save
- Electronic structure and physical properties of EuAuAs single crystal Save
- High-pressure structural, lattice dynamics, and electronic properties of beryllium aluminate studied from first-principles theory Save
- High-Pressure Study of the Aurophilic Topological Dirac Material Aui Save