IBM unveils 1,121-qubit Condor processor
A leap in scale that brings fault-tolerant quantum computing meaningfully closer — and reframes the roadmap for every competitor.
Read moreUnderstand the technology expected to transform everything we know.
By simulating molecules directly, quantum computers could dramatically speed up drug discovery.
Each module is built around a single idea. Read it, get it, move on.
Where quantum stops being a science experiment and starts being infrastructure.
Personalized medicine and protein folding.
FinancePortfolio optimization and risk modeling.
Artificial IntelligenceFaster training, richer model spaces.
CybersecurityBreaking — and rebuilding — encryption.
TransportationRoute optimization at planetary scale.
ManufacturingMaterials, supply chains, scheduling.
ClimateModeling weather and carbon capture.
EnergyBatteries, fusion, smart grids.
ChemistrySimulating molecules atom by atom.
SpaceNavigation, sensing, deep-space comms.
A leap in scale that brings fault-tolerant quantum computing meaningfully closer — and reframes the roadmap for every competitor.
Read moreBy offloading the hardest sub-problem to a 70-qubit processor, the team beat a classical baseline by orders of magnitude.
Read moreThe market is repricing a sector that suddenly feels less like science fiction and more like infrastructure.
Read moreForty years of breakthroughs — and the milestones still ahead.
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