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11238 results for "computer science"
A young programmer at Los Alamos helped discover why some complex systems can't be predicted the way scientists once thought. That 1955 breakthrough created an entirely new field that helps us understand everything from weather to fusion energy today.
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.
Researchers at ETH Zurich just solved one of quantum computing's biggest headaches, making these super-powerful machines dramatically more stable and reliable. The breakthrough brings us closer to computers that could revolutionize everything from medicine to climate science.
Scientists at MIT developed a breakthrough technique to detect and measure hidden glitches that cause quantum computers to make errors. This discovery could finally help engineers build the reliable, large-scale quantum computers the world needs.
Scientists at IBM say they've proven quantum computers can now solve real-world problems that would take traditional supercomputers years to crack. The breakthrough could transform how we compute everything from chemical reactions to material properties.
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.
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.
Moore's Law, the rule that guided half a century of predictable computing advances, has reached its natural limits. Instead of one path forward, engineers are pioneering multiple exciting strategies that promise smarter, more specialized computers.
A Silicon Valley startup is building a quantum computer powerful enough to solve problems that would take regular computers millions of years. The company already has $1 billion in funding and two facilities under construction.
Researchers just cracked the code on stacking computer chips like skyscrapers, potentially extending decades of computing progress. The breakthrough could make devices faster, more powerful, and more energy efficient.
Brazil is set to install its first operational quantum computers in Paraíba state by October 2026, marking a major leap in the country's technological independence. The $40 million project will create a new international quantum computing center and train Brazilian scientists in cutting-edge computing.
The UK and Japan just announced a major science collaboration worth over £27 million that will advance gene therapy, quantum computing, and next-generation communications. The partnership promises breakthrough treatments for rare diseases and cutting-edge technology that could transform healthcare and digital connectivity in both nations.
Computers modeled after the human brain just cracked some of science's toughest math problems while using a fraction of the energy that traditional supercomputers need. The breakthrough could transform everything from weather forecasting to medical research.
Scientists in Shanghai have created a flexible fiber thinner than a human hair that contains a full computer chip. Just one meter of this thread has the processing power of a desktop computer.
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 are calling for more collaborations between artists and researchers to rebuild public confidence in science. The strategy comes as funding cuts threaten research programs worldwide.
A Chinese company has built the world's first dual-core quantum computer that runs on room temperature and could solve one of quantum computing's biggest problems: keeping calculations stable. The machine uses 200 rubidium atoms split across two cores that work together to catch and correct errors.
Scientists just solved one of quantum computing's biggest problems: how to run calculations while fixing errors at the same time. This breakthrough brings us closer to quantum computers that can actually tackle real-world challenges.
Scientists in Germany discovered that pairing photons together makes quantum computers dramatically more reliable, like sending two messengers instead of one to guarantee important information arrives safely. The breakthrough could finally make practical quantum computers possible.
Scientists at RIKEN just solved one of quantum computing's biggest problems with a discovery that could finally bring these powerful machines into everyday use. Their new approach keeps quantum systems stable even when things go wrong.
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