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IBM's new quantum computer can now run complex calculations 30% deeper than before, potentially cutting years off the time needed to discover better solar panels, batteries, and green hydrogen catalysts. By 2028, the company plans to scale this technology to tackle chemistry problems that today's supercomputers can't solve.
IBM's new 120-qubit Nighthawk processor is purpose-built to help scientists discover better solar panels, fuel cells, and nuclear reactors faster than ever before. The quantum computer can now run complex simulations that would take traditional supercomputers years to complete.
While many companies cut junior roles due to AI, IBM is doing the opposite. The tech giant plans to triple entry-level hiring in 2026, reimagining these jobs around human skills AI can't replace.
IBM just cracked the code on keeping computers faster and more powerful for another decade. Their new chip design stacks transistors in two layers instead of spreading them across one flat surface.
IBM just achieved what many thought impossible: a functioning computer chip smaller than a single nanometer, packing 100 billion transistors into a fingernail-sized piece of silicon. This breakthrough could mean laptops and phones that run twice as fast while using far less battery power.
IBM just announced the world's smallest chip technology at 0.7 nanometers, packing 100 billion transistors into a space the size of your fingernail. This breakthrough could slash AI training time from three months to just two weeks.
IBM just built the world's first computer chip with transistors smaller than one nanometer, packing 100 billion transistors onto a fingernail-sized chip. The breakthrough could power the next decade of computing advances, from artificial intelligence to smartphones.
IBM just shattered records with a fingernail-sized chip containing nearly 100 billion transistors, almost double the previous best. The breakthrough could make our devices 70% more energy-efficient within a decade.
IBM's quantum computer just accurately simulated a complex magnetic crystal, matching real-world experimental data for the first time. This breakthrough could unlock mysteries in materials science that classical computers simply can't solve.
IBM just unveiled breakthrough chip technology that could deliver 50% better performance while slashing energy use by 70%, potentially solving one of AI's biggest problems. The innovation stacks transistors like layers of a cake instead of spreading them flat, cramming nearly 100 billion switches onto a fingernail-sized chip.
IBM just cracked the code on impossibly tiny computer chips that could make your future phone five times more powerful while using half the energy. The breakthrough, called NanoStack, stacks transistors like LEGO blocks instead of laying them flat.
Five South Korean quantum technology startups just gained a powerful ally in IBM, opening doors to global commercialization. The partnership could accelerate breakthroughs in everything from medical imaging to underwater navigation.
Scientists at IBM just built something that shouldn't exist in nature: a molecule so weirdly twisted that it makes a Möbius strip look simple. They used quantum computers to prove what they'd created, opening new doors for molecular science.
For the first time, a quantum computer has simulated real magnetic materials with accuracy matching laboratory experiments, marking a breakthrough many scientists thought was years away. The achievement opens doors to designing better superconductors, batteries, and life-saving drugs.
Scientists trained an AI model using quantum computing and dramatically improved its accuracy while adding barely any extra power. The breakthrough could make smarter AI accessible without massive data centers.
Scientists just achieved the most accurate quantum computing calculations ever recorded, holding near-perfect precision twice as long as previous attempts. This breakthrough could finally unlock quantum computers more powerful than today's fastest supercomputers.
IBM and the University of Illinois are building the world's first quantum-centric supercomputer, merging quantum processors with traditional computing to solve problems beyond today's capabilities. The five-year expansion could position Illinois as a global leader in next-generation computing innovation.
Scientists used a quantum computer with 144 qubits to create the most complex time crystal ever made, marking a breakthrough that could revolutionize how we design new materials. This achievement shows quantum computers are becoming powerful tools for scientific discovery.
Scientists at Cleveland Clinic, RIKEN, and IBM just smashed through a barrier that's stumped drug researchers for decades, using quantum computers to model proteins 40 times larger than what was possible six months ago. This breakthrough could slash the decade-long timeline it currently takes to develop new medicines.
Andhra Pradesh just enrolled 55,000 students in a groundbreaking quantum computing course, creating the largest state-led quantum skills program in India. Top performers will earn internships at world-class research labs and job placements with tech giants like IBM and Google.
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