Latest quantum computing, quantum tech, and quantum industry news.
Learn how Trotter-based time evolution enables accurate quantum simulations by breaking complex dynamics into efficient, computable steps.
Read More How Trotter-Based Time Evolution Powers Quantum computing
A new extended phase space technique improves the precision of electron simulations, offering deeper insights into quantum and plasma dynamics.
Read More Extended Phase Space Technique Enhances Electron Simulation
Researchers at Quantinuum have digitally simulated a simplified Sachdev-Ye-Kitaev (SYK) model, an influential testbed for strongly interacting quantum matter and a toy model for quantum […]
Read More Ion-Trap Quantum Computer Simulates SYK Model with 24 Majoranas
Discover how the Transverse Field Ising Model (TFIM) forms the backbone of many quantum algorithms, from optimization to quantum annealing.
Read More The Transverse Field Ising Model TFIM For Quantum Algorithms
Researchers leverage AMD Alveo FPGA acceleration in HPQEA to emulate quantum systems up to 30 qubits with unmatched speed and efficiency.
Read More AMD Alveo Based HPQEA Sets Quantum Simulation to 30 qubits
3 qubit gates like Toffoli and Fredkin play a crucial role in advancing quantum algorithms, error correction, and universal computation.
Read More 3 Qubit Gates Unlock New Horizons in Quantum Computing
Quantum memristors are emerging as key tools for advanced quantum simulations, bridging classical electronics and quantum computing.
Read More Quantum Memristors For Advanced Quantum Simulations
Learn how finite-grid accuracy challenges in relativistic quantum systems can be addressed using periodic boundary conditions in simulations.
Read More Periodic Boundary Conditions For Finite Grid Accuracy
Discover how variational quantum eigensolvers VQE, quantum computing techniques model Kagome lattices magnet ground states.
Read More Kagome Lattices Magnet Ground State via Quantum Eigensolver
Discover HiPARS achieves a breakthrough by unlocking 1000 qubits in neutral atom quantum computing, advancing scalability and performance.
Read More HiPARS Unlocks 1000-Qubits Neutral Atom Quantum Computing