Find out the possibilities of our zero-code development platform 

Exploring the Features of Pulser Studio

How quantum computing can navigate robots through crowded places

Predicting toxicity with qubits

Accelerating and braking made efficient with quantum computing

Playing the drums with quantum computing

Île-de-France Quantum Pack: the Île-de-France region and its partners in aeronautics, space, defense explore the potential of quantum computing

Why analog neutral atoms quantum computing is the most promising direction for early quantum advantage

Q2 2022 Wrap-Up

Vivatech 2022: France Hybrid Quantum Initiative (HQI) presents its hybrid technologies to promote innovation

CentraleSupélec and PASQAL, a partnership at the heart of quantum computing to further accelerate the future of quantum technology

Neutral Atom Quantum Computing for Physics-Informed Machine Learning

Using quantum computing to test cantilever’s deformation and structural integrity

The power of differentiable quantum circuits

Solving differential equations with machine learning

PASQAL’s Neutral atoms platform toward fully programmable quantum simulators

Q1 2022 Wrap-Up

Towards quantum advantage with efficient graph implementations

Quantum computing at the center of the European HPC strategy: Pasqal CCO elected on industrial advisory board of EuroHPC JU

NVIDIA GTC 2022: Pasqal showcases how its collaboration with NVIDIA has accelerated the emulation of quantum processors with GPUs

Avoiding Barren Plateaus

Decompositional QGNN

Quantum Capsule Networks

Quantum Digital-Analog Fermionic Simulation

Quantum Semidefinite Programming

Shallow Circuits in Variational QML

Improving Quantum K-Means

Quantum-Computing Molecular Energy Gradients

Quantum Kernel Bandwidth

Quantum Combinatorial Relaxation

Quantum Portfolio Optimization

Robust Quantum Neural Networks

Machine Learning - Pasqal's Quantum Computers can be used on concrete industrial problems

Learnability of Quantum Computer Distributions

Local Minima in Quantum Neural Networks

Overparametrizing quantum neural networks

Measurement-Based Quantum Computation

Quantum Classifiers

Training Noisy Variational Algorithms

Quantum Alphatron

Error mitigation using mid-circuit measurements

Honeycomb Memory

Error Bounds for Variational Quantum Time Evolution

Unifying Quantum Error Mitigation

Quantum Training of a Classical DNN

Exploiting fermion number in factorized decompositions of the electronic structure Hamiltonian

Quantum Evolution Kernel

Efficient ML for quantum many-body problems

Quantum computing 40 years later

Grover's Question Answering (Quantum Natural Language Processing)

The Inductive Bias of Quantum Kernels

Quantum Chemistry in First Quantization

Preparation and verification of tensor network states

Unification of Computation

Benchmarking Quantum Computers: what the Q?

Quantum Architecture Learning

Training NISQ QNN's

Entangling power and quantum circuit complexity

Modular photonic quantum computing

Experimental Quantum Reinforcement Learning

Variational Quantum Phase Estimation for Hamiltonian eigenstates

Strongly Universal Hamiltonian Simulators

Nanophotonic Quantum Computing

Active Quantum Research Areas: Error Mitigation & Correction

Layered circuit ansatze for combinatorial optimization

Efficient quantum algorithm for time evolution of parameterized circuits

Picosecond Quantum computing

Active Quantum Research Areas: Quantum Machine Learning

The cost of universality

Quantum computational advantage using photons

Micron-scale electro-acoustic qubit architecture for FTQC

Active Quantum Research Areas: Barren Plateaus in PQCs

Quantum algorithm for solving nonlinear differential equations

The power of data in quantum machine learning

Quantum Speed-up in Supervised Machine Learning

Meta variational quantum eigensolver

Density Functional Theory on a Quantum Computer

Fault-tolerant quantum heuristics for combinatorial optimization

Quantum optimization for linear algebra problems

How many qubits for quantum supremacy?

QAOA needs to see the whole graph

Quantum-hype during COVID-19

Blog: Quantum Computing with Arrays of Atoms

Small quantum computers and large classical data sets

Materials simulation on near-term quantum computers

Quantum-computational-chemistry in restricted space

Blog: Machine Learning in the Quantum Era

Scott Aaronson’s quantum supremacy FAQ

Potential of quantum in the chemical sector

Where and when will quantum create value?

Decoding quantum errors with subspace expansions

Quantum chemistry on quantum annealers

The next decade in quantum-computing

Variational quantum factoring

Quantum computing for finance

The coming quantum leap in computing

Individual error correction for VQE type chemistry simulation

Quantum computational simulations of H2O

Quantum algorithm implementations for beginners

Quantum chemistry on a trapped-ion quantum simulator

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Exploring the Features of Pulser Studio

How quantum computing can navigate robots through crowded places

Predicting toxicity with qubits

Accelerating and braking made efficient with quantum computing

Playing the drums with quantum computing

Île-de-France Quantum Pack: the Île-de-France region and its partners in aeronautics, space, defense explore the potential of quantum computing

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Featured

Exploring the Features of Pulser Studio

How quantum computing can navigate robots through crowded places

Predicting toxicity with qubits

Accelerating and braking made efficient with quantum computing

Playing the drums with quantum computing

Île-de-France Quantum Pack: the Île-de-France region and its partners in aeronautics, space, defense explore the potential of quantum computing

Have other questions?Find out more.

General Support

Technical Support

Pulser Studio

Quantum Adoption Plan

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