Scientists successfully teleport quantum light 30 kilometers through active fiber optic cables carrying regular internet traffic at 400 gigabits per second, proving quantum and classical networks can share existing infrastructure for future quantum computing and enhanced encryption.
Nobel laureate John Martinis unveils ambitious plans to construct the world's most powerful quantum computer through revolutionary technology, building on his groundbreaking discoveries in superconducting circuits that enabled IBM and Google's current quantum systems and his leadership of Google's historic quantum supremacy achievement.
Google's revolutionary Willow quantum chip achieves unprecedented computational breakthrough, solving complex 65-qubit calculations in just 2.1 hours that would require the world's most powerful supercomputers over three years to complete, potentially transforming chemistry and medical research.
Researchers from TU Wien, the U.S., and Switzerland develop groundbreaking AI neural networks that solve a decades-old quantum physics problem, enabling scientists to simulate particle collisions at CERN and early universe conditions with dramatically reduced computational effort and significantly improved accuracy.
Researchers achieve groundbreaking quantum teleportation by successfully transferring quantum information 270 meters between quantum dots using three photons, marking a major milestone toward building secure global quantum internet networks.
Amazon CEO Andy Jassy promotes 27-year company veteran Peter DeSantis to head a newly formed AI division encompassing Nova models, silicon development, and quantum computing as longtime Alexa chief Rohit Prasad announces his departure.
Scientists achieve record-breaking electrical speed in germanium chips, with charge carriers moving 15 times faster than silicon, potentially revolutionizing quantum computing and AI processors while dramatically reducing energy consumption and cooling requirements.
European researchers shatter quantum simulation records by successfully modeling a 50-qubit quantum computer using JUPITER exascale supercomputer, requiring 2 petabytes of memory and breakthrough compression technology that reduces requirements eightfold, creating unprecedented testbed for quantum algorithms before real quantum hardware catches up.
Scientists develop revolutionary molecular qubits using erbium atoms that store quantum information magnetically and transmit through existing fiber-optic networks, creating hybrid devices 100,000 times smaller than human hair that seamlessly integrate into current telecommunications infrastructure and silicon chips.
IBM achieves breakthrough quantum error correction running 10 times faster than needed on standard AMD chips, accelerating its quantum computer timeline by a full year and bringing commercial quantum systems closer to reality by 2029.