
Today on R&D World
The (AI twin of the) doctor is in, but it can’t diagnose you
Köttermann VarioProtect stores flammable, corrosive and toxic chemicals in a single safety cabinet
XrFuse 1 and XrFuse 2 target laboratory fusion sample preparation
Lab equipment is 23.5% more expensive than it was in January 2020
Analytica 2026: Waters’ Xevo CDMS targets rapid measurement of viral vectors and other high-mass analytes
Droplet Biosciences cuts genomic analysis time from 10 days to two with NVIDIA-accelerated computing
What every regulated lab should plan before building a cleanroom
How Syngenta turned a CNC router into a precision media dispenser for 1/50th of the cost
Unlocking AI’s potential in the lab: Practical strategies to strengthen your automation and data foundation
NASA outlines path to Moon base, permanent lunar presence
SwRI opens 21,000-square-foot clinical supply facility
IBM physicist and Montreal computer scientist share Turing Award for quantum information breakthroughs
Perseverance uncovers buried evidence of Mars’ ancient water history using ground-penetrating radar
Rainin Vero electronic pipettes target routine liquid-handling workflows
Physics See More >

IBM physicist and Montreal computer scientist share Turing Award for quantum information breakthroughs
The A.M. Turing Award, one of the biggest awards in computer science, has been awarded to Charles Bennett, a physicist at IBM, and Gilles Brassard, a computer scientist at the University of Montreal, for “their essential role in establishing the foundations of quantum information science and transforming secure communication and computing.” The award, given by…

Research team shows nanoparticles adhere to quantum mechanics

Researchers could be one step closer to understanding the origin of matter thanks to a new study

The Milky Way is glowing: these scientists think dark matter may be the cause

Three scientists awarded Nobel Prize in physics for showing quantum properties could exist in large-scale systems
Sponsored Content See More >

Why drive system design is vital for automated liquid dispensing systems
Automated liquid dispensing machines must deliver high precision, repeatable performance, and compact design to function effectively in laboratory environments. A crucial factor in meeting these requirements is the electric drive system that powers the movement of the pipetting head. Sandro Walter, maxon’s Business Development Manager for Laboratory Automation, outlines the essential engineering considerations behind these…
Life Science See More >

Droplet Biosciences cuts genomic analysis time from 10 days to two with NVIDIA-accelerated computing
Droplet Biosciences, a diagnostics company using lymph-based liquid biopsy testing, is reducing genomic analysis time with NVIDIA AI infrastructure, improving test turnaround times. Unlike blood tests, which are widely used for minimal residual disease (MRD) monitoring, lymphatic fluid allows for earlier collection and increased sensitivity. Droplet has found that postsurgical lymphatic fluid has 130 times…
Nanotechnology See More >

Overcoming the 100-nanometer barrier: New microbottle resonators scale up optical trapping
Near-field optical trapping allows for contact-free control of objects, including nanoparticles and living cells. This is traditionally done using whispering-gallery-mode and waveguide-based platforms that rely on evanescent fields that only penetrate about 100 nanometers into the surrounding medium. This shallow interaction restricts trapping efficiency and makes the system highly sensitive to perturbations, limiting the practical…
Energy See More >

From nanocrystals to critical minerals: Why Sandia’s Hongyou Fan took home Researcher of the Year in 2025
Dr. Hongyou Fan was named R&D Researcher of the Year for his pioneering work across chemical science, materials science, and nanotechnology. The research has advanced Department of Energy missions in science, energy, and national security for over two decades. The video below shows his acceptance speech at the 2025 R&D 100 Gala in Scottsdale. His…

DOE clears key safety step for MARVEL, a test case for next-generation microreactors

New Nuclear Energy Launch Pad aims to bridge the commercialization gap for advanced reactors

A new method of uranium enrichment could finally solve the 50-year scaling problem

R&D 100 Winner Spotlight: Energy storing and efficient air conditioner (ESEAC)
Chemistry See More >

How a forgotten can of vintage ether can become a ticking time bomb
When a new homeowner in Southwest Michigan posted a photo of a vintage can of ethyl ether found in their basement to a large online chemistry forum on Reddit, the poster was just looking for cheap disposal advice. What they got instead was a chorus of terrified chemists and former hazardous waste technicians telling them…

UC Riverside’s $5 fake drug detector uses toy robot sensors to catch counterfeit medications

Fungal ice nucleation proteins open new pathways for weather modification and biopreservation

Engineered yeast strain opens bio-based path to rare earth recovery

Layered CoFeOOH catalyst achieves 2.0 A/cm² current density in AEMWE systems
Material Science See More >

The post-lithium materials race is no longer theoretical
Sodium-ion batteries enter mass production. Calcium-ion cells clear 1,000 cycles. And a counterintuitive discovery at Surrey challenges decades of battery-chemistry orthodoxy. On February 5, 2026, CATL and Changan Automobile unveiled what CATL called the world’s first mass-production passenger vehicle equipped with sodium-ion batteries. The vehicle, powered by CATL’s Naxtra cells at an energy density of…

New ceramic membrane cuts filtration pressure by 80%, slashes energy costs

Superhydrophobic aluminum tubes show promise for damage-tolerant vessels and wave energy harvesting

Los Alamos and PAD-TIE, the green glow that might change how we recycle plastic

Sandia National Laboratories designs porous liquids to selectively capture methane
Semiconductors See More >

Nanoscale ridges in a substrate add 15 K and 50 Tesla to a superconductor’s limits
Superconducting materials can carry electricity with zero resistance, but two persistent problems have kept them out of most real-world electronics: they need to be cooled to extreme temperatures, and strong magnetic fields tend to destroy the superconducting state. Researchers at Chalmers University of Technology report a new material design strategy that pushes back on both…

Marktech expands large-area silicon photodiode portfolio for spectroscopy, medical diagnostics

R&D 100 Winner Spotlight: How Qnity beat the industry timeline on PFAS-free lithography

CEA-Leti achieves 400°C CMOS fabrication milestone for 3D chip stacking
Materials driving the next phase in semiconductor performance
Aerospace See More >

NASA outlines path to Moon base, permanent lunar presence
NASA announced a series of agency-wide initiatives designed to achieve President Trump’s National Space Policy on Tuesday. The initiatives include building a Moon base, a plan for continuous American presence on the International Space Station, several science missions and a nuclear-powered interplanetary spacecraft. “NASA is committed to achieving the near‑impossible once again, to return to…

Perseverance uncovers buried evidence of Mars’ ancient water history using ground-penetrating radar

Scientists grow potatoes in moon dust simulant, paving way for lunar agriculture

Spectroscopic mapping of 3I/ATLAS identifies unique chemical fingerprints from another solar system

































