Daniel Schubring

Research

Below are a few current and recent directions. This section can be as brief or detailed as you like; feel free to add short bullets, links to preprints, and slide PDFs for quick entry points.

Free energy and kinetic theory from the S‑matrix

with collaborators — thermodynamics from scattering data; transport from correlators

• Dashen–Ma–Bernstein formalism for interacting gases; connections to Schwinger–Keldysh approaches.
• Resummations and consistency checks; benchmarking against exactly solvable models.

Holographic QCD and topological defects

baryons, higher‑spin currents, and Chern–Simons sectors

• Scalar–Chern–Simons toy models illuminating baryon charge and defect spectra.
• AdS/CFT perspectives on effective string worldsheet dynamics.

Nonequilibrium field theory & wave turbulence

• Derivation and structure of wave kinetic equations; transport coefficients and hydrodynamic limits.
• Connections between scattering amplitudes, SK real‑time methods, and kinetic closures.

Talks & Slides

• Free energy and kinetic theory from the S‑matrix — Seminar, CUNY, 2024 — slides (PDF)
  Invite / colloquium / seminar info can go here.
• Holographic models of baryons — Workshop talk, 2025 — slides (PDF)

Publications

Full list at arXiv and Inspire/Google Scholar.

• Title of a Recent Paper — Journal Name (Year). arXiv:0000.xxxxx · journal · bib
• Another Paper — Journal (Year). arXiv:0000.xxxxx

CV & Statements

• Curriculum Vitae (PDF)
• Research Statement (PDF)

Contact

Email: daniel [at] daschubring [dot] com

Office: Room 123, Department of Physics (CUNY City College)

Links: arXiv · InspireHEP · GitHub