Articles

• Multi-entropy in random tensor networks
  [J. High Energ. Phys. 2026, 136, DOI]
  with Simon Lin and Ion Nechita

• Canonical partial ordering from min-cuts and quantum entanglement in random tensor networks
  [arXiv, DOI]
  with Ion Nechita

• Predicting microwave resonances in aqueous spheroids with a standing-wave approach
  [Phys. Rev. A 111, 063522, DOI]
  with Yuchen Song and Aaron D. Slepkov

Conference proceedings

• Predicting internal microwave Mie resonances in aqueous spheroids with a standing-wave approach
  [SPIE OPTO (2024), DOI]
  with Yuchen Song and Aaron D. Slepkov

• A standing-wave approach to mapping key photonic microwave resonances in aqueous spheroids
  [CLEO (2023), DOI]
  with Yuchen Song and Aaron D. Slepkov

• Microwave resonances in aqueous monomer and dimers
  [Photonics North (2021), DOI]
  with Aaron D. Slepkov

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Theses

• Master’s thesis: “Local unitary invariant polynomials and randomized measurements of O-O invariant states for entanglement detection”, available here.
  Supervisors: Razvan Gurau and Luca Lionni
  Referees: Razvan Gurau and Ion Nechita

• Bachelor’s thesis: “Multipole expansion analysis of Morphology-Dependent Resonances of aqueous monomers and dimers at microwave frequencies”
  Supervisor: Aaron D. Slepkov
  Referees: Rayf Shiell, Aaron D. Slepkov, and Balaji Subramanian