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Microsoft announced Majorana 2, its next-generation quantum chip featuring qubits that are 1,000 times more reliable than its predecessor. The breakthrough, achieved using agentic AI through Microsoft Discovery, has prompted the company to accelerate its roadmap and now target a scalable quantum computer by 2029—cutting the original timeline in half.
The Allen Institute is shifting from mapping the brain to treating brain disease with a $400 million initiative targeting Alzheimer's, Parkinson's, ALS, and Huntington's. The Brain Health Accelerator aims to develop gene therapies that target specific cells and circuits affected by disease, with clinical trials expected within five years.
A trilateral defense pact between the US, UK, and Australia is accelerating development of undersea drones to protect critical underwater cables from Russian sabotage. With more than 99% of global data and $1.8 trillion in daily transactions flowing through these cables, nations are deploying AI-powered autonomous systems to detect and deter threats targeting the infrastructure that powers the digital economy.
Google has applied for an EPA permit to release 64 million male mosquitoes infected with Wolbachia bacteria across California and Florida. The Debug project aims to reduce populations of disease-carrying mosquitoes through the sterile insect technique, which has already achieved up to 95% suppression in earlier trials.
D-Wave Quantum Inc. announced a gate-model quantum computing roadmap targeting 100 logical qubits capable of over one million operations by 2032. The ambitious plan, backed by $100 million in proposed federal funding under the U.S. CHIPS and Science Act, outlines milestones from 2026 through 2032 using the company's superconducting dual-rail qubit architecture with embedded error detection.
Researchers in Argentina demonstrated that a remotely deployed AI algorithm can reliably detect the Critical View of Safety during live pediatric laparoscopic cholecystectomy. The system streamed surgical video 21 kilometers via Zoom, identified anatomical structures in real time, and achieved perfect agreement with expert surgeons—all without requiring on-site AI hardware at the operating location.
OpenAI's AI model disproved the famous Erdős unit distance conjecture that stumped mathematicians for eight decades. But the breakthrough sparked concern across the field. In response, 16 experts released the Leiden Declaration on Artificial Intelligence and Mathematics, calling for transparency, proper attribution, and guardrails to protect research integrity as AI reshapes their discipline.
American AI company Runway is establishing its European headquarters in London with a $200 million investment in the UK AI ecosystem by 2028. The $5.3 billion AI video firm joins Anthropic and OpenAI in expanding to the British capital, citing proximity to major clients including BBC, Fremantle and WPP, alongside access to exceptional talent.
Nvidia CEO Jensen Huang unveiled a new humanoid robot platform combining Unitree's 6-foot H2 Plus robot, Nvidia's Jetson Thor chip, and Sharpa's dexterous hands. The Isaac Gr00t platform aims to accelerate robotics research at institutions like Stanford and ETH Zurich, but the partnership with Chinese humanoid robot maker Unitree raises security questions as US lawmakers consider banning the company's robots from federally-funded research.
A groundbreaking study shows children as young as 3 can instinctively read intentions in human eyes but fail to recognize the same nonverbal communication in a humanoid robot's gaze. The findings challenge how we design AI systems for children, revealing that simply mimicking human signals isn't enough for effective child-robot communication.
Spain has unveiled its third quantum computer at the Barcelona Supercomputing Center, integrating an analog quantum system into the MareNostrum 5 infrastructure. The €9.8 million machine, built by Barcelona-based Qilimanjaro Quantum Tech, marks a significant step toward European technological sovereignty in advanced computing capabilities.
Tempus AI shares jumped 9.55% following the launch of the IMS Open-Source Consortium, a first-of-its-kind digital pathology initiative with Yale New Haven Hospital and Memorial Sloan Kettering Cancer Center. The company also expanded its Next platform to cover six new cancer types and presented multimodal foundation model results trained on 2.5 million patient records at ASCO 2026.
Researchers at MD Anderson Cancer Center developed the first comprehensive spatial atlas of tertiary lymphoid structures across 12 cancer types, using AI to analyze over 25,000 immune structures. The study shows that TLS maturation state, spatial location, and composition provide critical insights into cancer prognosis and treatment response, outperforming conventional biomarker measures.
Wake Forest University researchers developed an AI-based tool that reads routine ECG data to track biological development in children and adolescents. The Electrocardiographic Sex Index analyzes over 60,000 heart tests, revealing how electrical patterns change predictably as kids mature—offering researchers a precise developmental measure without needing hormone data or puberty staging.
Empa researcher Jimeng Wu developed an AI-powered virtual mouse that predicts how nanoparticles distribute in organs, potentially reducing animal testing in nanomedicine research. Built on data from 18 mouse studies, the model calculates nanoparticle behavior based on size, coating, and surface charge—offering a faster, cost-effective screening tool for drug delivery research.
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