Quantum Computers: Where the Technology Is Heading
Where quantum computing technology is heading: qubits and gates, the pioneers of the field, common misconceptions, and challenges of scale and access.
BasicsAlgorithmsHardwareError CorrectionCryptographyMachine LearningInformation TheoryPhysics & SimulationApplicationsIndustry & Careers
Tagged: Quantum Hardware
58 articles
IBM Quantum Computing: Roadmap, Chips and Access
IBM’s quantum hardware and roadmap: the Eagle processor, error mitigation, dilution refrigerators, cloud access and research partnerships.
Quantum Computing Jobs: Roles, Skills and Demand
Quantum computing job roles, from software engineers and algorithm researchers to cryogenic and microwave engineers, with the skills each role needs.
Microsoft Quantum Computing: Azure and Topological Qubits
Microsoft’s quantum strategy: Azure Quantum, the bet on topological qubits, the roadmap to a fault-tolerant machine and the Photonic partnership.
Quantum Processors: How They Differ From CPUs
How quantum processors differ from CPUs, why they will work alongside classical hardware rather than replace it, and what that means for education.
Why Are Quantum Computers Faster?
Quantum computers are not faster at everything. How superposition, interference and entanglement give speedups for specific problems, and where they stop.
MIT Quantum Computing: Research, Courses and Labs
Quantum research at MIT: algorithms and complexity, information theory, trapped-ion experiments, measurement and control, and the QuARC community.
Quantum Computation: What It Is and How It Works
What quantum computation is, how qubits and gates differ from classical logic, where speedups come from, and why error correction is still the bottleneck.
Quantum Computer Chips: How They Are Built
How quantum processor chips are built: qubits, superposition, entanglement, gates and circuits, and the engineering limits that current hardware faces.
Quantum Computing Startups: Who Is Building What
An overview of quantum computing startups: what they build in hardware and software, how they are funded, and how quantum computing as a service works.
