S.A. Ali (Univ. at
Albany - SUNY, New York)
__ P: The
information geometry of quantum entangled wave packets |
M. Arminjon (CNRS & Univ. de
Grenoble)
__ T: Representations
of the Dirac wave function in a curved spacetime |
A. Asadian (Univ.
Innsbruck)
__ P: Motional
effects on the efficiency of excitation transfer
|
A. Beckwith (Am. Inst. Beam
Energy Propulsion, Madison)
__ P: Application of Euclidean Snyder
geometry to foundations of space-time physics |
D. Bedingham (Imperial
College, London)
__ T: Relativistic state reduction
dynamics |
C. Beil (Simons Center
for Geom. & Phys., Stony Brook)
__ P: A new solution to the measurement
problem and
some consequences in quantum
field theory
|
D. Benincasa
(Imperial College, London)
__ T: 2D
causal set action and the Gauss-Bonnet theorem |
M. Benna (Simons Center for
Geom. & Phys., Stony Brook)
__ n.n. |
C. Beny (Centre
Quant. Technol., Nat. Univ. of Singapore)
__ T: Emergence
of classical phase space and dynamics from
continuous monitoring of
a quantum system
|
M. Blasone (INFN & Univ. di Salerno)
__ T: Gauge structure in particle
mixing |
T. Bolognesi
(CNR-ISTI, Pisa)
__ T: Causal sets from simple models of
computation |
B. Boroson
(Harvard-Smithsonian Center for Astrophysics)
__ T: Discrete
stochastic foundations for quantum mechanics:
building on the Feynman
checkerboard
|
A. Brodutch (Macquarie Univ.,
Sydney)
__ T: What can we learn from quantum
discord? |
A. Bruno (Univ. di Salerno)
__ P: Berry-like phase in quantum computing
|
C. Cafaro (Univ. di Camerino)
__ P: Can we understand the effect of
correlations on the complexity of
dynamical systems in an
information geometric setting? |
A. Capolupo (Univ. di Salerno)
__ P: Meson mixing, CPT violation and
non-cyclic phase
__ P: Energy concentration in composite
quantum systems
|
L.C. Céleri (Univ. Fed. -
ABC - do Santo André)
__ P: Sudden change in quantum and classical
correlations and the Unruh effect |
D. Ciampini (Univ. di Pisa)
__ T: Experimental investigation of the
quantum speed limit
using Bose-Einstein
condensates |
C. Curceanu (INFN,
Frascati) [VIP collab.]
__ T: Experimental
tests of quantum mechanics: Pauli exclusion principle and
spontaneous collapse
models |
G. De las Cuevas (Univ. Innsbruck)
__ T: Mappings of the partition function
using a quantum formulation |
F.P. Devecchi (Univ. Fed. do
Parana, Curitiba)
__ C: Fermions in FRW cosmologies |
P. Di Sia (Univ. di Verona)
__ P: Extreme physics and
informational/computational limits |
D. Dolce (Univ. Mainz)
__ C: De Broglie deterministic dice
and
emerging relativistic quantum
mechanics |
G. Doyen (L.-M. Univ.,
München & Univ. of Sofia)
__ T: Why is more different? |
D. Drakova (Univ. of Sofia & L.-M. Univ.,
München)
__ P: Decoherence mechanisms in adsorbate
localization and
diffusion on solid
surfaces |
M. Everitt (Loughborough Univ. & British Univ. in
Egypt)
__ T: Quantum measurement and the
quantum-to-classical transition in
a non-linear quantum
oscillator
|
C. Furtado (Univ. Fed. da
Paraíba, João Pessoa)
__ P: Geometric quantum phase in the
spacetime of topological defects |
L. Gaffour (Univ. de
Sidi-Bel-Abbes)
__ C: Relativistic quantum equation in
nonstationary space-time |
G. Gambarotta (Univ. di Pisa)
__ n.n. |
L.P. Garcia Pintos (Faculty of
Sciences, Montevideo)
__ P: On the possibility of experimentally
verifying collapse hypothesis
and the concept of
undecidability
|
G. Gervino (Univ. & Politecnico di
Torino)
__ P: Nonlinear statistical effects in
relativistic mean field theory |
G. Gionti (Specola
Vaticana, Roma)
__ n.n. |
L. Glaser (Imperial
College. London)
__ T: Causal
set d'Alembertians in various dimensions |
G. Groessing (AINS,
Wien)
__ T: Elements
of sub-quantum thermodynamics |
J. Hackett (Perimeter Institute, Waterloo)
__ T: Knots, braids and loop quantum gravity
|
P. Hajicek (Univ.
Bern)
__ T: A
new approach to quantum measurement problem:
cluster separability
|
B. Hiesmayr (Univ.
Wien)
__ T: Testing
quantum foundations in high-energy physics |
G. Immirzi (Univ.
di Perugia)
__ n.n. |
J.M. Isidro (Univ.
Politécnica de Valencia)
__ C: On
the noncommutative eikonal
|
P. Jizba (FNSPE,
Czech Technical Univ., Prague)
__ T: Emergent
relativity |
K. Jung (Techn.
Univ. Kaiserslautern)
__ P: Does
the Schrödinger wave function describe a
real physical wave? |
I. Kanatchikov
(Nat. Qu. Info. Center of Gdańsk, Sopot)
__ C: Thermodynamic
gravity, Machian Universe and the origin
of quantum mechanics
__ P: On
the mass gap in quantum YM theory and
the cosmological
constant
|
O.C.W. Kong
(National Central Univ., Chung-Li)
__ C: A new perspective on relativistic
quantum mechanics |
J. Kupferman (Ben Gurion Univ.,
Be'er Sheva)
__ T: Black
hole entropy divergence and the uncertainty principle |
S. Kurkcuoglu (Middle East Tech.
Univ., Ankara)
__ C: Equivariant reduction of Yang-Mills
theory over the fuzzy sphere
and the emergent vortices
|
S.-Y. Lin (Nat. Changhua Univ.
of Education)
__ T: Quantum entanglement and teleportation
between two detectors
moving in a relativistic
quantum field
|
J.J.
Lopez-Villarejo (Univ. Autonoma de Madrid)
__ C: Transverse theories of gravity:
viability and relation with
unimodular and
scalar-tensor gravity
|
L. Lusanna (INFN & Univ. di Firenze)
__ T: Relativistic entanglement from
relativistic quantum mechanics in
the rest-frame instant
form of dynamics
|
O. Lychkovskiy (ITEP, Moscow)
__ C: Entanglement, decoherence and thermal
relaxation in exactly solvable models |
S. Markes (Perimeter Institute & Univ. of Waterloo)
__ T: Entropy
for theories with indefinite causal structure |
J. Maziero (Univ. Fed. - ABC -
do Santo André)
__ P: Decoherence without entanglement
between system and environment |
W. McHarris
(Michigan State Univ.)
__ C: Chaos
and the quantum: how nonlinear effects can explain
certain quantum
paradoxes
|
E. Melas (Univ. of
Athens & Technolog. Inst. of Lamia)
__ T: Towards
canonical quantum gravity for 3+1 geometries
admitting maximally
symmetric two-dimensional surfaces |
E. Minguzzi (Univ.
di Firenze)
__ T: A
new synchronization method and its role in the problem of time
|
Z. Gh. Moghaddam
(Islamic Azad Univ., Tehran)
__ C: New
approach to Casimir effect and boundary conditions |
S. Montangero
(Univ. Ulm)
__ T: Optimal
control of many-body quantum systems |
S. Nagao (Nippon
Boehringer Ingelheim Co., Tokyo)
__ P: Light
speed and the expansion of the universe
|
G. Nistico (Univ.
della Calabria, Reggio di Calabria)
__ T: Strict
criterion of reality and the locality of quantum mechanics |
P. Paradisi (Univ.
di Pisa)
__ T: Noisy
cooperative intermittent processes: from blinking
quantum dots to human
consciousness |
F. Payandeh (Payame
Noor Univ., Tabriz)
__ C: Negative-energy
modes as a candidate solution to some
problems in quantum
physics
|
I.A. Pedrosa (Univ. Fed. da
Paraíba, João Pessoa)
__ P: Quantum description of electromagnetic
waves in
time-dependent linear media
|
E.S. Poliakov (Institute of
Physics of Time, Moscow)
__ C: Is energy conservation law the only
game in town? |
G. Raimondo (Univ. di Salerno)
__ P: Berry-like phase in quantum
computing |
J. Rau (Univ. Frankfurt)
__ T: Finite-dimensional relational theories
must be quantum |
O. Romero-Isart (Max-Planck-Inst.
für Quantenoptik, Garching)
__ T: Quantum macroscopic superposition of a
levitated nano-object |
V. Salari (Univ.
Pierre et Marie Curie, Paris)
__ P: On
the possibility of quantum coherent states in living systems |
F. Scardigli
(LeCosPA, National Taiwan Univ.)
__ T: Generalized
uncertainty principle on a Planckian lattice:
consequences for micro black
holes evaporation |
D. Schuch (Univ. Frankfurt)
__ T: On dissipative Ermakov systems and
damping in Bose-Einstein condensates |
R.M. Serra (Univ. Fed. - ABC -
do Santo André)
__ P: Symmetric quantum discord and its
experimental measurement |
N.K. Singh (Indian
Inst. of Technology, Kanpur)
__ P: Implication
of scale invariance in cosmology
|
A. Squarcini (Univ.
di Pisa)
__ n.n.
|
W. Struyve (K.
Univ. Leuven)
__ T: Pilot-wave
theory and quantum fields |
R. Sverdlov (Raman
Research Inst., Bangalore)
__ T: Incorporating
particle creation and annihilation into Bohm's
pilot-wave model
|
J.A. Vaccaro
(Griffith Univ., Brisbane)
__ T: Unidirectionality
of time induced by T violation |
F. Vallone (Univ.
di Pisa)
__ n.n. |
S. Vogelsberger
(Institute Fourier, Grenoble)
__ T: Average
entanglement for Markovian quantum trajectories |
P. Wallden (Univ.
of Athens)
__ T: Reasoning
in quantum theory: Modus Ponens and
the coevent interpretation
|
J. Yearsley
(Imperial College, London)
__ T: Decoherent
histories approach to the
arrival time problem in
quantum mechanics |
P. Zenczykowski (Polish Acad. of
Sciences, Krakow)
__ T: Leptons,
quarks, and their antiparticles from a phase space perspective |
