Samriddha Ganguly

Research Areas

What I Work On

01 ⬡

Topological Quantum Matter & Magnetism

Topological phases in electronic and magnetic systems, Chern insulators, symmetry-protected topological Dirac nodal line magnonic phases in layered antiferromagnets, and thermal Hall responses.

02 ◉

Topological Superconductivity

Unconventional superconducting phases, Majorana zero modes, and the interplay of topology with magnetism and spin-orbit coupling in one- and two-dimensional systems.

03 ⇅

Hybrid Superconductor Heterostructures

Proximity effects in hybrid systems spanning superconductors coupled to ferromagnets, semiconductors, and other correlated materials: encompassing both engineered and naturally occurring heterostructures. Focus on interfacial phenomena such as Andreev reflection, spin-dependent transport, and the emergence of unconventional pairing, including triplet correlations.

04 ∿

Computational & Data-Driven Physics

Exact diagonalization, MPS/DMRG, Monte Carlo methods. Machine learning approaches for phase identification and experimental data analysis.

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Updates

Recent News

Summer 2026 Research with Prof. Ravi Prakash Singh on SC–FM heterostructures, studying proximity-induced triplet pairing, spin transport, and interfacial superconductivity.

Feb 2026 Paper published in Journal of Physics: Condensed Matter — Decoherence of chiral magnon edge modes.

Jan 2026 Paper published in IEEE Sensors Letters on deep learning for pipeline leak detection.

Dec 2025 A poster presentation at QMEC 2025 on topological magnon nodal lines in layered antiferromagnets. Poster was also accepted at 12th National Conference on Material Science, IIST Trivandrum.

Oct 2025 Completed Research Internship with Dr. Nirmal Ganguli, IISER Bhopal on fundamentals of Topological Band Theory. Will continue my work on Topological Magnons.

Aug 2024 Completed UC Berkeley REYES Fellowship at Temple University on QCD internal structure of hadrons.

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