High Energy Physics - Theory
Formal aspects of quantum field theory. String theory, supersymmetry and supergravity.
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Exact pole cancellation plus finite-field coefficients deliver the NNLO cross-section grid.
· “Two-loop QCD amplitudes for tbar{t}W production at the LHC in the leading-colour approximation”
Large-c factorization plus invariance reproduces zero-winding holographic results and models fractional vortices.
· “Field Theory Models for a Holographic Superconductor in Two Dimensions”
so(2,3) orbits correspond one-to-one to metrics of black holes, branes and others via Penrose-type transform
Gravitational decoupling on the Ellis-Bronnikov geometry produces two throats obeying flare-out and energy condition requirements.
· “Analytical solution of traversable wormholes in the presence of positive cosmological constant”
In 1+1 dimensions the massless retarded propagator on sprinkled points recovers the continuum result after normalization and averaging.
In the attractive SU(4) Hubbard model, quartet order replaces pair order at strong coupling through a non-Landau transition whose exponents
Exponential Krylov sectors no longer signal ergodicity breaking when higher-form or non-invertible symmetries are present.
Treating the interaction as part of the action produces time-dependent gravitational coupling in FLRW models
· “Gravitational baryogenesis beyond the spectator approximation”
In Einstein-Scalar-Maxwell models, the dominant Euclidean saddle continues to an expanding universe with early inflation.
· “A Menagerie of Wormholes and Cosmologies in the Gravitational Path Integral”
Around every pole the first subleading Laurent term vanishes; total-energy expansions become a differential operator on amplitudes.
The combined brane holonomy matches Gauss' law exactly, so non-Abelian fusion follows from brane recombination.
· “Non-Abelian Symmetry Operators from Hanging Branes in AdS₅ times S⁵”
The Richardson Yang-Yang function matches the block's, so conformal-block power series can replace direct Bethe solving.
· “2D CFT and efficient Bethe ansatz for exactly solvable Richardson-Gaudin models”
New charges from Einstein equations realize the deformed celestial algebra on the radiative (A)dS4 phase space.
· “Higher-spin charges and the L_(Λ) w_(1 + infty) algebra in (A)dS₄”
Reliable window of a truncated quantum simulation ends at tau_m = sum 1/b_j, an on-the-fly stopping rule.
· “Krylov Break Times from an Inhomogeneous Lieb--Robinson Light Cone”
The result unifies known real gauges and predicts them in self-dual Chern-Simons theories.
· “Reality and Complexity of F-symbols in 2+1d Topological Phases”
Inverse level matrices flow to mirror SCFTs; the duality wall reproduces the E8_1 character.
· “3d mathcal N=4 rank-zero mirror symmetry, TQFT interfaces, and Zagier duality of Nahm sums”
Interactions shrink the moment of inertia through the thermal mass but never make it negative.
n-point correlators decompose over energy poles with flat-space residues; curvature effects come from lower-point merged data.
· “On the amplitude expansion of gluon correlators in textrm{AdS}₄”
They replace psi classes while keeping integrability, establish Miura links to Dubrovin-Zhang and ramification hierarchies, and give a short
· “Beyond descendants: integrable observables for cohomological field theories”
A curvature-coupled propagation equation prevents the amplification factor from reaching unity at zero frequency.
· “Wave-optics gravitational wave lensing in modified gravity”
Wormholes in gravity may average over the discrete rank N when dual theories continue analytically and fluctuations are tiny.
NS5-brane loops absorb 97% of the energy at a tracker fixed point, gentling the modulus into its minimum.
· “Dynamics of Cosmic Superstrings and the Overshoot Problem”
Scale-resolved information profiles in Haar and Clifford circuits collapse onto a shifted Tracy-Widom curve.
· “Dynamics of local quantum information in random unitary circuits”
New long harmonic derivatives with inverse d'Alembertian give the operator and its eigenvalues on analytic superfields.
· “Casimir operators of 4D\,, mathcal{N}=2 supersymmetry in the harmonic approach”
Optimal transport of quantum states matches classical Lyapunov exponents; OTOCs can only lag.
In the massless limit the pion field is the magnetic field's scalar potential; bending costs energy, not order.
Hypermultiplet component actions follow, with correct field redefinitions in both conformal and Einstein supergravity.
If bound states form, gravity's ghost vanishes from physical amplitudes and unitarity returns.
· “Massive Ghost Confinement, Dipole Equation and Multipole States in Quadratic Gravity”
An explicit finite-dimensional equation describes every stable quasimap to a Nakajima quiver variety.
A non-minimal coupling neutralizes negative vacuum energy and yields a radiation-like expansion.
Only divergent vacuum terms need a cutoff; with that fix, three regulator schemes agree on the phase boundaries.
Superposing geodesic PEE threads produces valid non-geodesic max flows that saturate on the RT bottleneck.
· “PEE threads and bit threads in gravitational subregions of AdS”
Exact PEE kernels select max flows, and the BTZ horizon sector inherits its flux from the TFD push-forward.
· “PEE threads and bit-threads in BTZ black brane and finite-cutoff AdS₃”
A smooth phantom-DBI core lowers the temperature, cuts the luminosity, and strengthens absorption, scattering, and deflection.
Fedosov quantization turns heat-kernel traces into flat momentum-space integrals, giving new 8d anomaly coefficients.
· “A simple construction of Heat Kernels and conformal anomalies via Fedosov deformation quantization”
Chiral kinematics and spatial homogeneity force an affine spectral trajectory; the inverse Cayley transform then sets the couplings.
· “General Construction of Time-Dependent Integrable Chiral Field Theories”
Explicit double-cone observables beat the classical bound and asymptotically saturate the Tsirelson value.
· “Bell-CHSH Violation for a Massless Majorana Field in a Double Cone from Modular Localization”
The bar involution plus quasi-R-matrix gives real F-matrices for every simple Lie algebra and level, but the braiding does not descend.
A family of zero-volume regulators turns the quadratic divergence into a soft, mass-suppressed correction.
Fixed-charge reduction restores the t² growth that unitary complexity requires.
· “Holographic Spread Complexity at Fixed Charge: Routhians, Branes and Strings”
A joint fit to thermal capture and photodisintegration data retires n+p→d+γ from the BBN error budget.
· “Deuterium Production in an Effective Field Theory Constructed from On-Shell Amplitudes”
A one-loop worldsheet calculation lands on the exact localization prediction for the Bremsstrahlung coefficient.
This basis gives a smooth, local, wormhole-length Hilbert space for a large family of random matrix models.
Angular modes become AdS2 fermions, so two-sphere Rényi and mutual information are exact in any dimension
· “Exact mutual information for free massless fermions in any dimension”
Where double-copy squaring gives AdS/dS gravity, and where curvature forces extra terms.
· “Color-Kinematics Duality and the Double Copy in Curved Spacetimes”
A Wilsonian flow with Hubble as the cutoff turns pure de Sitter into a saddle, while m > 0 restores an attractor.
Single-field slow-roll spectra keep their shape while amplitude, tilt, runnings, and r gain δ=ακH² terms.
· “Primordial spectra from modified Bekenstein-Hawking entropy law”
Functional RG corrections make the critical gauge coupling spike, pointing to a first-order transition instead of walking.
Both inequality branches were numerical checks before; this proof makes them analytic for every dimension.
The prime-gas entropy fixes the log correction and a cold remnant at about 0.56 Planck masses.
· “From arithmetic spectra to a quantum-corrected black hole geometry”
Finite two-loop corrections and a never-vanishing energy disfavour the type 0A/11d antiperiodic-circle duality.
In rotating bathtub flows, the white hole deforms like the black hole but dissipates with the opposite sign.
· “Dynamical Love numbers of analogue rotating black and white holes”
The spectrum rises as k^3 at large scales and flattens at small scales, with one turnover scale tied to the dark-matter mass.
· “Inflationary Kicks and Coulomb Filtering of Spectator Dark Matter”
At fixed effective-to-bath temperature the exponents are Landau mean-field; at fixed magnetic field they are not.
An equivariant index computation on the M9 wall matches the conjectured tensor-branch anomaly eight-form.
The e^{-4π^2/λ} term at fixed genus follows from κ-class intersection numbers alone.
· “The ETH matrix model for DSSYK: non-perturbative corrections and intersection theory”
Exact Laplace-space solution shows oscillations grow with time-derivative interactions, sharpening observational targets.
· “Analytical Cosmological Collider at Strong Mixing in Laplace Space”
A single Weyl spinor of SO(2,16) breaks into exactly four chiral SO(10) families—no tuning of the family number.
· “Conformal and Noncommutative Gravity from Gauge Symmetry Breaking and SO(2,16) Unification”
The known two-torus Cotler-Jensen wormhole amplitude is shown to be compatible with a splitting vertex in a third-quantized universe Fock…
· “A Third-Quantized Description of Spacetime Wormholes in AdS/CFT”
In 4D Schwarzschild, the standard black-hole vacuum construction fails the [φ,π] test that works in 2D
A 23% AGN plus 45% starburst mix matches the Auger dipole amplitude and direction across four energy bins.
Love numbers grow with multipole order, tracing the diffuse, surface-less tail of the string star.
· “Love at the String Scale: Tidal Deformability Across the Black Hole-String Transition”
Boundary counterterms beyond the usual mass shift are needed, and the cut must be renormalized too.
· “Renormalization, cutoff, and gluing for a quartic model with boundary”
Final-state interactions from the same ab initio calculation agree with electron and neutrino data below 0.5 GeV.
Nonlocal pole terms all vanish under hidden zeros; only polygon triangulations survive.
A derivation from quantized information replaces the conjecture, making linear growth only a brief early phase.
· “`It from Bit': is there a second law of quantum complexity?”
The paper derives the perturbation action for multi-field Gauss-Bonnet inflation, discovers an antisymmetric velocity coupling, and…
· “Curvature and Isocurvature Perturbations in multi-field Gauss-Bonnet inflation”
Finite-N gauge-invariant operator spaces admit a Hironaka decomposition into primary and secondary invariants, with the secondary sector…
· “A pedagogical introduction to invariant theory and finite-N holography”
Photons get a covariant Boltzmann equation in curved spacetime via a non-vanishing volume element on the light cone bundle.
· “Geometric formulation for the relativistic kinetic theory of photons”
A charged AdS shellworld can bounce nonsingularly, and under tuned parameters the bounce occurs outside the bulk horizons, avoiding the…
A localized OAM lepton wave packet provides a tunable transverse analyzer for elliptic small-x gluon tomography, producing finite-yield…
· “Orbital Angular Momentum as a Transverse Probe of Elliptic Small-x Gluon Tomography”
For axial and vector torsion sectors on maximally symmetric and flat homogeneous torsion backgrounds, unimodular and…
· “Towards Perturbative Unimodular Poincar\'e Gauge Theories with Propagating Torsion”
A missing charge term and a wrong sign in the old equation had made many stable stars look unstable.
Four-dimensional finite integrals replace ultraviolet subtractions for the N3LO gluon-fusion form factor.
· “On the Four-Loop Higgs--Gluon Form Factor in Nonlocal Quantum Field Theory”
A strip approximation with a no-shortcut rule turns the two-wormhole moduli integral into two closed-form pieces.
· “Genus-Two Contributions to Late-Time Correlators in JT Gravity”
The same formulas cover both statistics and interpolate between closed-time-path and thermo-field-dynamics results.
SU(m), G2, Spin(7), and Sp(k) geometries all carry generalized Ricci-flat metrics with torsion.
Separation-of-variables bases yield every correlation block and quench overlaps as determinants.
The vector radiation that weakens the gravitational-wave signal would also erase the Dark Ages 21-cm absorption dip.
A Killing-vector rescaling makes the magnetized rotating black hole obey Kerr's exact thermodynamic laws.
· “Thermodynamics of Genuine Kerr-Bertotti-Robinson Black Holes”
