Scientific Computing

Healthcare data is often incomplete and inconsistent, limiting efforts to improve patient outcomes and operational efficiency. A 2021 report from Sage Growth found that only 20% of healthcare organizations fully trust their data. Because records follow patients across providers with shifting identifiers and coding schemes, the same encounter often appears multiple times or partially, breaking…

In 1982, Joy Milne detected her husband’s Parkinson’s disease with her heightened sense of smell. She wouldn’t realize the source of the scent until after her husband was diagnosed with Parkinson’s over a decade later. The couple attended a support group, and Milne smelled the disease on almost every person there.  The Milnes’ case was…

Oak Ridge National Laboratory was named on 20 of the 2025 R&D 100 Awards, 17 as lead developer and three as co-developer.  The showing sets a new record for the lab, accounting for about one-fifth of all winners. Since the 1980s, ORNL has won more than 260 R&D 100 Awards Our sister publication engineering.com recently…

Cloud GPUs are no longer uniformly scarce, though high-end models like Nvidia’s H100 and H200 can still be tight in some regions and at certain providers. A more consistent bottleneck is operational: teams with working models or simulations lose hours to identity management, schedulers, images and cost guardrails. For labs and R&D groups, that means…

The official 2025 R&D 100 Awards have been announced by R&D World. This worldwide science and innovation competition, now in its 63rd year, received entries from organizations around the world. This year’s judging panel included industry professionals from across the globe who evaluated breakthrough innovations in technology and science. The Winners are listed below by…

R&D World has announced the winners of the 2025 R&D 100 Professional Awards. The honorees were selected by a panel of 54 prestigious industry experts from around the globe. The list of 2025 winners follows, along with highlights from their nomination letters. These winners will be formally awarded at the R&D 100 Awards Banquet at…

Elsevier, founded in 1880, is going all in on AI and data. In addition to publishing, Elsevier now offers several databases, learning resources and AI tools all aimed at supporting researchers. The latest release in this vein is a new AI-powered search engine for its chemistry database, Reaxys, which represents a fresh take on its…

This week in R&D: the first quantum computer in space is now orbiting the Earth; a potential new treatment for Alzheimer’s, thanks to cancer drugs; a startup is breaking ground on their first fusion power plant, they say they are on track to deliver fusion energy by 2030; Google DeepMind announced their AI Earth mapping…

Phase 3 clinical trials are lengthy and expensive processes that could result in hundreds of millions of dollars in losses if they fail, enough to tank a mid-sized or small company. Direct costs alone tend to be in the tens of millions of dollars, yet failures are common. A study by researchers at MIT found…

In 2022, Moderna brought in approximately $19.26 billion in revenue, largely thanks to its groundbreaking Spikevax COVID-19 vaccine. In January 2025, the company is projecting revenue of $1.5 billion to $2.5 billion. To reverse this downturn, the company is pushing to broaden mRNA’s applications into cancer, rare diseases and other areas, but that requires cracking…

SandboxAQ, the Alphabet spinoff whose name reflects its work at the intersection of AI and quantum techniques, thinks testing drugs on animals is already passé. “It’s not so much that we’re going to somehow move a mouse model into computers,” said Nadia Harhen, general manager of AI simulation at the company. “It’s that we hope…

Microsoft Quantum has unveiled a family of new four-dimensional (4D) geometric codes, that can reduce the error rates of physical qubits by orders of magnitude to reach the level required for reliable quantum circuits. Available in the Microsoft Quantum compute platform, the error correction codes deliver a 1,000-fold reduction in quantum error rates (from 10⁻³…

Big Blue is making a bold claim. “We feel at IBM, we’ve cracked the code to quantum error correction, and it’s our plan to build the first large-scale fault-tolerant quantum computer, which we call IBM Quantum Starling, in 2029,” Jay Gambetta, vice president of IBM Quantum, announced at a recent press conference. From trial and…

Designed to help 11,000 researchers “think bigger and discover sooner,” Lawrence Berkeley National Laboratory’s Doudna supercomputer, launching in 2026, will be central to an integrated research fabric. This Dell and NVIDIA-powered system will ingest data from telescopes, fusion tokamaks, and genome sequencers via the Energy Sciences Network (ESnet). It will enable near real-time analysis and…

Google’s data centers have gained 0.7% more operational capacity thanks to AlphaEvolve, an AI agent that iteratively refines code for optimal performance. This same system also advanced a long-standing geometry challenge by finding a new way to pack 11 identical hexagons. Those are not the only advances. AlphaEvolve also discovered superior algorithms for matrix multiplication…

First came “Quantum Day,” Nvidia’s March 20 showcase at GTC put CEO Jensen Huang side-by-side with quantum players he had dismissed on January 7 at CES. Now, according to The Information and Reuters, Huang is in talks to invest in photonic-qubit upstart PsiQuantum, underscoring potentially changed thinking after quipping at CES that “very useful” quantum machines…

Cat-qubit developer Alice & Bob plans to spend about $50 million on a 4,000-square-meter quantum lab in Paris, pairing Israeli quantum control system firm Quantum Machines control gear with 20 dilution refrigerators from Bluefors, a cryogenic systems maker, to speed its push toward fault-tolerant quantum chips and a 100-logical-qubit system by 2030. Alice & Bob…

The Quantum Economic Development Consortium has released a 28-page report, “Quantum Computing and Artificial Intelligence Use Cases,” setting out why the two technologies should be developed in tandem and what Washington, universities, and industry can do to speed that convergence. The document distills a Seattle workshop held October 29, 2024, that pulled in quantum engineers,…

Reducing performance-killing noise from chip substrates is key for advancing quantum computing. Addressing this challenge, Lawrence Berkeley National Laboratory scientists developed a practical chemical etching process that precisely lifts vital superconducting components, superinductors, just above the wafer surface. This suspension method directly targets stray capacitance and substrate-related loss channels by minimizing physical contact. The research…

Okay, deep breaths. Maybe you’ve heard the buzz around Google’s Ironwood TPUs, which generated at least one headline claiming its system offered a 24x performance boost over the world’s most advanced supercomputer, El Capitan. Or perhaps the news about Nvidia’s Blackwell line of GPUs, its forthcoming exaflop Vera Rubin platform, or xAI’s Colossus cluster, which…

Industry analysts from McKinsey to Omdia largely converge on a timeline for initial quantum advantage emerging in the next few years. While the era when quantum computers can routinely tackle large-scale challenges in fields like drug discovery and materials science might still be years away, IBM’s Quantum CTO, Oliver Dial, Ph.D., predicts the threshold of…

In a big step towards practical quantum computing applications, a collaboration involving JPMorgan Chase and Quantinuum has successfully used a quantum computer to generate verifiably random numbers. The team produced more than 70,000 certified random bits by tasking Quantinuum’s 56-qubit H2-1 trapped-ion processor with computations designed to be fundamentally challenging for classical machines. They detailed…

Could AI agents truly make sophisticated software development accessible to almost anyone? Codeium is betting on it, having attracted hundreds of thousands of users to its agent-native Windsurf IDE. There are opportunities galore in science, from education to automating research workflows. In terms of the former, imagine instructing an AI coding partner to build a…

A deep learning system known as Aardvark Weather offers accurate weather forecasts that are orders of magnitude quicker to generate than existing systems. Described in a Nature article (currently posted as a preprint), the system can generate predictions on four NVIDIA A100 GPUs that would otherwise take roughly 1,000 node-hours on a traditional supercomputer system…

According to the Quantum Economic Development Consortium’s (QED-C)  “2025 State of the Global Quantum Industry” report, the global quantum technology industry is experiencing unprecedented growth and investment. The report reveals a rapidly expanding market driven by advancements in quantum computing, sensing, and communication technologies, fueled by significant public and private funding. The following is a…