Scientists / Open questions

Frank Wilczek

Quantum field theory; particle physics

2004 Nobel Prize in Physics

48 questions

  1. What is dark matter, what is dark energy, and which high-energy framework completes the Standard Model? The open core of Wilczek's 'The Universe is a Strange Place'

  2. Validity of Standard Model Higgs inflation as an effective field theory: graviton-induced operators, quantum corrections, and the reliability of the Higgs-mass-spectral-index prediction

  3. From anomaly-canceling flux to the thermal spectrum: completing the gravitational-anomaly derivation of Hawking radiation

  4. Beyond-subleading corrections to the color-superconducting gap in dense QCD and the domain of validity of the weak-coupling asymptotics

  5. Rigorous microscopic derivation of Laughlin quasiparticle fractional charge and anyonic braiding statistics from realistic quantum Hall Hamiltonians

  6. Quantitative cross section for dyon-mediated baryon-number-violating fermion scattering in a spontaneously broken SU(2)×U(1) theory

  7. Microscopic determination of the QCD-scale surface tension of the nuclear-CFL interface: sharp interface versus mixed phase in compact stars

  8. All-loop consistency and vacuum selection of twisted (Scherk-Schwarz) heterotic string compactifications on self-dual lorentzian lattices

  9. Fate of the non-Fermi-liquid fixed point of a two-dimensional Fermi surface coupled to gauge fluctuations: the endpoints of the Nayak-Wilczek (1−x)(1-x) expansion and its physical applications

  10. Extending the quench-based spectral diagnostic for false-vacuum metastability beyond the two-fermion, one-dimensional, idealized regime

  11. Landau-Ginzburg theory of the Pfaffian quantum Hall state and its controlled duality to the SU(2)2SU(2)_2 Chern-Simons effective field theory

  12. Topological order of the ν=5/2\nu=5/2 fractional quantum Hall state: Pfaffian, anti-Pfaffian, or particle-hole Pfaffian?

  13. The open agenda of the superdensity-operator formalism: efficient spacetime tomography, the physical meaning of quantum Kolmogorov-Sinai entropy growth, continuum and holographic extensions, and long-time transfer-matrix structure

  14. Optimal shape-change reorientation of a free deformable body: most efficient deformation sequences for finite deformations in the gauge-covariant framework

  15. Structure-aware quantum overlapping tomography: minimal measurement families for geometric, symmetry-constrained, and nonlocal-observable targets

  16. Quantum-gravity treatment of near-extreme charged dilaton black holes: alpha-prime- and loop-corrected thermodynamics, the interpretation of extremal states, and unitary scattering with back-reaction

  17. Order of the QCD chiral phase transition and effective U(1)AU(1)_A restoration at the transition: the Pisarski–Wilczek open questions

  18. Axion cosmology and the energy scale of inflation: completing the joint (EI,fa)(E_I, f_a) exclusion map and deciding the fate of the anthropic window

  19. The familon problem: constructing a fully realistic theory of spontaneously broken family symmetry with a light Nambu-Goldstone familon

  20. Stringy and quantum fate of the Shapere–Trivedi–Wilczek axion–dilaton dyon black holes: the strong-coupling singularity, probe-dependent causal structure, and near-extremal physics

  21. Schwarzschild-Planck moving mirror at general coupling g/κg/\kappa: closed-form particle spectrum, non-thermal interpolation, and wave-packet resolution

  22. Ultraviolet completion of the black hole entropy-Newton constant renormalization relation: graviton loops, non-minimal couplings, induced gravity, and microscopic state counting

  23. Realizing the tunable axion plasma haloscope: wire-metamaterial tuning mechanics and quality factor, quantum-limited readout above 40 GHz, finite-velocity coherence, and alternative plasmas

  24. Practical entanglement-enabled intensity interferometry (E²I²) of different wavelengths of light: deployment on weak incoherent sources, quantitative sensitivity limits

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