R. Adhikari (ICTQT, Univ. of Gdansk)
P: Optimal universal higher-order quantum networks
for multi-copy unitary complex conjugation
|
A. Ashton (Institute of Physics Publ., Bristol)
Books and journals exhibition
|
S. Aziz (Univ. of Gdansk)
P: Approximate quantum switch based on weak measurements and recycling
|
F. Barrows (Los Alamos Nat. Lab.)
T: Operator-weighted quantum graphs from decoherence dynamics
|
A. Beckwith (Chongquing Univ.)
P: Examining toroidal geometry in terms of a 3-dimensional "Tokamak"
and the use of a toroidal Universe |
M. Bonilla-Licea (CINVESTAV-IPN, Mexico City)
T: Study of the dephasing in a dissipative single qubit
from a linear system theory framework
|
L. Brevi (Univ. di Milano)
P: Realistic modelling of entanglement in noisy quantum networks
|
C. Budroni (Univ. di Pisa)
T: Bounding nonlocal correlations via single-copy information causality
|
J. Bulling (Univ. Ulm)
C: Stability thresholds for gravitationally induced entanglement
in shielded setups
|
L. Buoninfante (Santiago de Compostela Univ.)
T: Multi-particle masking of ghost states in quantum field theory
|
A. Capolupo (Univ. Degli Studi di Salerno)
P: Quantum interferometric probe of neutron-hidden neutron oscillations
|
F. Caravelli (Planckian & Univ. di Pisa & Los Alamos Nat. Lab.)
T: In which sense entropy production depends on the observer?
A relational fluctuation theorem |
M. Chiofalo (Univ. di Pisa)
T: Quantum time and the time-dilation induced interaction transfer mechanism
|
S. Corli (Politecnico di Milano, CNR-IFN)
P: Quantum physics-informed neural networks for extreme physics
and the discorvery of physical law
|
J. Dickau (Indep. Res., Poughkeepsie NY)
P: What is the (geometric) point?
|
G. Doyen (Ludwig-Maximilians-Univ., München)
P: From Einstein-Hilbert at 110 via Schrödinger at 100 to
elementary particle masses
|
D. Drakova (Sofia State Univ., Sofia)
P: Solution of the Hubble crisis within the EHHD theory
|
L. Fratino (Univ. de Cergy, Paris)
T: Voltage-controlled magnetism via electrically triggered
metal-insulator transitions
|
J. Gillot (Univ. Marie et Louis Pasteur, Besançon)
P: Quantum modified inertia: application to galactic dynamics
|
W. Gruber (Univ. Vienna)
P: Feynman's toolkit vs. Penrose's conundrum:
Quantum algorithms for cognitive control without new physics
|
V. Härkönen (Tampere Univ. & Helsinki Inst. of Phys.)
T: From symmetry and reduction to physically meaningful
relational observables in many-body quantum theory
|
T. Hirotani (Kyushu Univ., Fukuoka)
P: Testing classical-quantum gravity with geodesic deviation
|
T. Ikeda (Kyushu Univ., Fukuoka)
C: Analysis of photon-graviton conversion incorporating quantum effects
|
A. Iorio (Charles Univ., Prague & INFN, Bologna)
T: Are we testing the right theories with analogues?
|
A. Isar (Nat. Inst. Phys. & Nucl. Engin., Bucharest-Magurele)
C: Quantum entanglement of two bosonic modes in de Sitter space
|
J. Jones (Dublin Inst. Advanced Studies)
P: The spectral structure of the causal propagator
|
T. Kamalov (State Univ. Education, Russ. Federation, Moscow)
C: Non-inertial correction to gravity at galactic scales
|
I. Kanatchikov (Natl. Quantum Info. Centre in Gdansk)
C: Already observable covariant quantum gravity
without loops, strings, and asymptotic safety
|
B. Kappen (Radboud Univ., Nijmegen)
C: Hybrid Lindblad dynamics and Bayesian inference from stochastic processes
|
S. Kauffmann (APS Div. of Gravity & Miltonia Res., Singapore)
P: How gravity's puzzles enticed some of the greatest physicists
into mistakes
|
A. Keppens (Space Pole, Brussels)
C: Can quantum mechanics emerge from the dynamics of
spacetime degrees of freedom?
|
A. Kryukov (Univ. of Wisconsin-Milwaukee)
T: Born probabilities and classical motion from random matrix Schrődinger dynamics
|
O. Kwon (Univ. of Chicago & Cardiff Univ.)
T: Probing the groundstate of gravitational entanglement:
Incompleteness of quantum foundations from background space-time holography
|
J. Lässig (Fraunhofer IOSB-AST, Görlitz)
--
|
H. Landman (Indep. Res., Fort Collins)
C: Time dilation as a key to unified theories
|
S. Di Lorenzo (Univ. of Aarhus)
C: Measurement-induced dynamics and emergent symmetries of particles
moving in a one-dimensional lattice
|
F. De Martini (Acad. Naz. del Lincei, Roma)
C: A detector for dark energy
|
C. McGruder (Western Kentucky Univ., Bowling Green)
P: Distinguishing between FLRW and Taub-NUT cosmologies
|
T. Mikeladze-Dvali (Ludwig-Maximilians-Univ., München)
-- |
E. Minguzzi (Univ. di Pisa)
T: Causal structure and spacetime quantization:
an algebraic perspective via monotone approximation
|
S. Monda (Univ. di Salerno)
P: Vacuum fermion condensates as cosmological sources
in torsionful gravity
|
J. Mureika (Loyola Marymount U., Los Angeles), B. Carr (Queen Mary U., London)
T: Combining the generalized and extended uncertainty principles
|
P. Nandi (Stellenbosch Univ.)
C: Decoherence signatures of quantum vs classical gravitational waves
|
C. Ntounis (Univ. of Patras)
P: Singular solutions of the Tolman-Oppenheimer-Volkoff equation
with a cosmological constant: classification and properties
|
D. Oaknin (Rafael Ltd., Haifa)
P: Geometric considerations in the interpretation of Bell's and
the double-slit experiments' results
|
A. Pachol (Univ. of South-Eastern Norway)
T: Thermodynamic signatures of crystalline materials in
noncommutative backgrounds
|
H. Paes (Techn. Univ. Dortmund)
T: Neutrinos as a probe for quantum gravity
|
P. Pais (Univ. Austral de Chile & Charles Univ., Prague)
P: Generalized uncertainty principle in three-dimensional black holes
and its thermodynamics
|
M. Paranjape (Univ. de Montreal)
C: Exotic differential structure and the 2-qubit moduli space
|
T. Parvez (Indian Inst. Technology, Bombay)
C: DBI sourced regular black holes as primordial dark matter
|
A. Pesci (Univ. Bologna)
C: Low-energy effects of quantum horizon geometry
|
L. Petruzziello (Univ. Ulm)
T: Decay of uniformly rotating particles
|
R. Pietsch (Univ. Ulm)
C: A post-Newtonian gravitational collapse model from linearized gravity
|
G. Pisacane (Univ. di Salerno)
P: Probing scalar dark matter-photon interactions
with single-arm quantum interferometry
|
I. Prlina (Univ. of Belgrade)
T: Detecting novel dynamics using time averaged weak measurements
|
P. Pylkkanen (Univ. of Helsinki & Skövde)
T: Bohm's pilot waves versus Penrose's objective reduction
on the physics of mind
|
M. Reginatto (Physikal.-Techn. Bundesanstalt, Braunschweig)
P: Consistency of hybrid Van Hove theory
|
P. Rocchi (LUISS Univ., Roma)
C: Quantum foundation problems are mathematical and not physical
|
F. Romeo (Univ. di Salerno)
T: The extreme quantum cognition machines for deliberative decision making
|
O. Rousselle (Fondation Louis de Broglie, Paris)
P: On the Zitterbewegung motion and the mass of the electron |
L. Scalone (Springer Verlag Italia, Milano)
Books and journals exhibition
|
F. Scardigli (Politecnico di Milano)
T: Bekenstein bound and generalized entropies
|
D. Schuch (Goethe-Univ., Frankfurt)
T: Open quantum systems -- From Bateman to Lindblad
|
K. Simonov (Univ. of Vienna)
C: Information-theoretic time-travel with freedom of choice
= Unambiguous nonlocality without entanglement
|
T. Singh (Tata Inst. Fundam. Res., Mumbai)
T: Can extra timelike dimensions make quantum collapse causally connected?
|
B. Šoda (Univ. of Zagreb)
T: Dynamical Wick rotation
|
C. Stoica (Dept. Theor. Phys., NIPNE--HH, Bucharest)
T: Quantum time, positive energy, and emergent curvature
|
F. Strubbe (Ghent Univ.)
P: Five-dimensional classical models for EPR tests,
double-slit interference, and gravity
|
P. Tadros (Charles Univ., Prague)
C: Canonical quantization of all minisuperspaces
with consistent symmetry reductions
|
D. Terno (Macquarie Univ.)
T: Horizons, wormholes, and semiclassical self-consistency
|
R. Gallego Torromé (Indep. Res., Valencia)
P: On the nature of time according to Hamilton-Randers theory
|
M. Tyagi (Univ. College Groningen)
T: Can quantum field theory be recovered from
time-symmetric stochastic mechanics?
|
S. Ulbricht (Physikal.-Techn. Bundesanstalt, Braunschweig)
T: On classically mediated quantum entanglement in hybrid van Hove theory
|
D. Vasak (FIAS, Frankfurt)
T: On enforcing non-degeneracy of Lagrangians in relativistic field theories
|
R. Wagner (Univ. Ulm)
P: Zeno-assisted quantum heat engines
|
M. Wright (The Archive Trust, Bristol)
--
|
Y. Yazdi (Dublin Inst. Advanced Studies)
C: Dark energy from causal set theory
|
V. Zatloukal (Czech Techn. Univ. in Prague)
C: Higgs model induced by quantum fluctuations of fermionic matter fields
|
| PCT: |
