Research interests
I am broadly interested in theoretical condensed matter physics. My work is centered on superconductivity, quantum transport, and topological matter, with a focus on how collective quantum behavior gives rise to unexpected electronic and topological phenomena in condensed matter systems.
- Tunneling phenomena in unconventional superconductors
- Tunneling phenomena in intervalley coherent phases and altermagnets
- Electronic transport in two‑dimensional systems and the effects of Berry curvature in transport
- Non‑Fermi Liquids emerging due to subsystem symmetry breaking
- Probes for Quantum Spin Liquids
- Topological phases of matter and quantum phase transitions
Publications
Preprints and publications in theoretical physics
Journal articles and preprints, listed by first appearance on arXiv.
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Particle-Hole Ghost Interference in Superconductors
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Tunable viscosity across the BCS-BEC crossover
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Valley polarization of chiral excitonic bound states induced by band geometry
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Strain Response as a Probe of Spinons in Quantum Spin Liquids
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Projected branes as platforms for crystalline, superconducting, and higher-order topological phases
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Tomographic imaging of superconducting order using particle-hole interference
Proc. Natl. Acad. Sci. 123123 (27) e2534730123 arXiv:2503.16168
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Non-Fermi Liquids from Subsystem Symmetry Breaking in van der Waals Multilayers
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Spin chirality and fermion stirring in topological bands
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Signatures of electronic ordering in transport in graphene flat bands
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Projected Topological Branes
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Energy magnetization and transport in systems with a non-zero Berry curvature in a magnetic field
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Non-Hermitian dislocation modes: Stability and melting across exceptional points
Experimental collaborations
Experimental condensed matter work to which I contributed.
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Fluctuating magnetism and Pomeranchuk effect in multilayer graphene
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Spin-orbit proximity in MoS2/bilayer graphene heterostructures
Get in touch
Let’s talk physics!
You can reach me at archi137[at]mit[dot]edu. Here is my curriculum vitae.
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