Latest quantum computing, quantum tech, and quantum industry news.
Discover how Chalmers Quantum Computing research is overcoming quantum heat challenges to enable faster, more stable quantum processors.
Read More Chalmers Quantum Computing solves Quantum Heat Challenges
BlueQubit has announced a $20,000 challenge for “Unbreakable” Peaked Circuits, closing the “Trust Gap” in quantum computing.
Read More BlueQubit Verifiable Quantum Advantage With Peaked Circuits
Discover how the Tensor-Plus Calculus transforms abstract quantum mathematics into intuitive graphical language representations.
Read More Tensor-Plus Calculus: Graphical Language for Quantum Systems
What is Circuit Quantum Acoustodynamics? The interaction between superconducting quantum circuits and acoustic vibrations (phonons) at the quantum level is the focus of the quickly […]
Read More Circuit quantum acoustodynamics cQAD: from qubits to phonons
DeepQuantum unites gate-based and measurement-driven quantum computing, paving the way for faster, more powerful quantum technologies.
Read More DeepQuantum: Unifying 3 Paradigms Of Quantum Computing
Researchers use GAQA to manipulate quantum states with sound waves, pushing the boundaries of quantum computing and quantum acoustics.
Read More GAQA Advance Using Sound Waves For Quantum Computing
Domain-Aware Quantum Circuits DAQC reach new performance the power of domain-specific quantum architectures in machine learning.
Read More Domain-Aware Quantum Circuits (DAQC) Set New QML Records
IonQ deepens its European expansion as QuantumBasel partnership grows to $60M, supporting secure and scalable quantum technologies.
Read More IonQ & QuantumBasel Partnership With $60M Deal through 2029
A simple explanation of Quantum Imaginary Time Evolution (QITE) and how it helps quantum computers find ground states efficiently.
Read More Quantum Imaginary Time Evolution (QITE) Explained Simply
Discover how LiePrune reduces model complexity without compromising performance to increase the efficiency of quantum neural networks.
Read More LiePrune: The Key To Efficient Quantum Neural Networks