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Frédéric Barbaresco, Laurent Rioux, Christophe Labreuche, Michel Nowak, Noé Olivier, et al.. BACQ -Application-oriented Benchmarks for Quantum Computing Delivering an application-oriented benchmark suite for objective multi-criteria evaluation of quantum computing performance, a key to industrial uses. 2024. ⟨hal-04814999⟩
Publications internationales
Country | Number of publications |
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Nombre de documents
1 577
Nombre de notices
2 121
Indicateur d'Open Access
95 %
Evolution
Mots clés
Field theory
Duality
Jets
Family
AdS/CFT correspondence
Color glass condensate
Field theory scalar
Boundary condition
M-theory
Conservation law
Mathematical methods
Singularity
Membrane model
Anti-de Sitter
Hydrodynamics
Microstate
Quantum chromodynamics
Stability
Monte Carlo
Gravitation
Cosmology
Numerical calculations
Compactification
Nucleus
Higher-order
Bethe ansatz
Strong coupling
Spin chain
Cosmological constant
Dark matter
Black Holes in String Theory
Heavy ion scattering
Quantum chromodynamics perturbation theory
Integrability
Quantum gravity
Gravitational radiation
Scattering
General relativity
Operator product expansion
Kinematics
Scalar tensor
Geometry
Holography
Dilaton
Superstring Vacua
Factorization
Energy high
Twist
Correlation function
Conformal
Dimension 4
Numerical calculations Monte Carlo
Resummation
Tensor energy-momentum
CERN LHC Coll
Gravitational radiation emission
D-brane
Dimension 2
Entropy
Critical phenomena
String
Gravitation model
AdS-CFT Correspondence
Scattering amplitude
Algebra
Correlation
Conformal Field Theory
Structure
Velocity acoustic
Feynman graph
Star compact
Astrophysics
Background
Lattice
Moduli space
Higher-order 1
Supergravity
String model
Fixed point
Spin
Cosmological model
New physics
BPS
Unitarity
Flux compactifications
Dark energy
Supersymmetry
Duality holography
Field theory conformal
Scattering Amplitudes
Nucleus nucleus scattering
Spectral
Quark gluon plasma
Potts model
Black hole
Effective field theory
Scaling
N-point function 4
Perturbation theory
Deformation