Quantum dots photocatalyse organic reactions with near-infrared light

Rapid On-Site Detection of Food Fraud

Two industrially relevant use cases: counterfeit olive oil and identification of contaminated plastic recyclates

Huge opportunity for the recovery of technology metals

Researchers secure innovation funding for electronic waste recycling

How a persistent chemical enters our surface waters

Modeling the formation and distribution of trifluoroacetic acid (TFA) in the atmosphere

Understanding fuel cell catalysts

Sstudy constitutes a new way of conducting electrocatalyst research

Efficient method to capture carbon dioxide from the atmosphere developed at the University of Helsinki

Non-toxic and cost-effective

AI reveals 'invisible chemical reaction map'

Showing the way to developing next-generation semiconductor materials

Breakthrough in carbon-based battery materials improves safety, durability, and power

Atoms in the sunbath for a sustainable future

Dr. Shanmugapriya Periyannan has been named "MSCA Fellow of the Month"

Anode-free battery doubles electric vehicle driving range

“This work represents a meaningful breakthrough...”

Mix of methods makes nanomaterials safer

Unveiling non-thermal catalytic origin of direct current-promoted catalysis for energy-efficient transformation of greenhouse gases to valuable chemicals

The perfect plastic?

Plant-based, fully saltwater degradable, zero microplastics

Prospects for the development of eco-friendly dielectric insulation materials from a full life cycle sustainability perspective

PFAS detection in 15 minutes: BAM develops sensor system for rapid on-site analysis

Aviation Fuel Production from Tomato Residues: TU Graz Coordinates Visionary EU project

New hybrid aggregate state discovered: material can be solid and liquid at the same time

Formic acid in focus

An artificial key enzyme opens up the conversion of CO2 via formic acid to raw materials

Mix of methods makes nanomaterials safer

Higher, faster, further with solid-state batteries

New findings on space charge effects could improve efficiency

Thin intermediate layers strengthen multilayer materials: cool satellites and flexible electronics

KAIST unveils cause of performance degradation in electric vehicle high-nickel batteries

Arkema and Semcorp sign a strategic partnership in battery separators

High-energy-density barocaloric material could enable smaller, lighter solid-state cooling devices

Higher, faster, further with solid-state batteries

New findings on space charge effects could improve efficiency

Photovoltaics: Molecular fine-tuning increases the efficiency of tandem solar cells

LMU researchers achieve 31.4 percent efficiency in perovskite-silicon tandem cells with targeted molecular design

Chemical recycling: a must-have for the future of the site

New packaging law in Germany, rules for mass balance in Brussels

Microplastics filter inspired by fish

The chemical-pharmaceutical industry is on a difficult path

Total sales down 1 percent compared to the previous year

SABIC expands PPE oligomers capacity for AI and 5G data-center PCBs

Kyon Energy and Saft drive the energy transition with 100 MW battery storage in Dahlem

A new type of copper from the nuclear reactor

Cu-64 for medical applications

The world's largest digital event for everyone involved in the battery value chain

Comprehensive program with top-class experts

Single Enzyme Failure Found to Drive Neuron Loss in Dementia

Potentially harmful PFAS in baking paper

Fish freshness easily monitored with a new sensor

The life sciences need a compass for digital and AI-powered innovation

How www.lifesciences.digital helps the entire life sciences ecosystem navigate rapid innovation with a growing database of 1500+ digital and AI tools

A tastier twist: Scientists enhance the flavour of carob-based chocolate alternatives with novel methods

Sustainable successor to cocoa

Intelligent hydrogel microstructures enable the precise application of force to cellular systems

Technology boosts hop production in Brazil and paves the way for new bioproducts

Foshan University pioneers nanoparticle method to curb cadmium in rice crops

A Trojan horse for artificial amino acids

Researchers have modified a bacterial transport system so that it can efficiently introduce large quantities of unnatural amino acids into cells

The power of gut enzymes: why a healthy diet works differently for everyone

Plant-Based Protein Hydrolysates Influence Satiety in Different Ways

"...valuable insights for the development of functional foods that can contribute to reducing energy intake in a natural way"

Biosensor performance doubled

Alcohol oxidase system for precise determination of metabolic values

Scientists capture first detailed look inside droplet-like structures of compacted DNA

How permeable are paper food packaging materials?

A new AI model combines data from laboratory tests with the laws of physics to calculate how well different types of paper protect food from flavor loss and contaminants

New microscope can image an invisible 2D material

When immune cells become cancer hunters

Toxic metals in wheat grain: do they come from the soil or the fertilizer?

C-COMPASS: AI-Based Software Maps Proteins and Lipids Within Cells

Tea linked to stronger bones in older women, while coffee may pose risks

Tracking forever chemicals across food web shows not all isomers are distributed equally

Grenova acquires Peak Robotics

The combined organization will continue advancing Grenova’s mission to transform laboratory operations through innovation, sustainability, and intelligent design

The smell of fatty foods during pregnancy promotes obesity in offspring

The brains of the offspring show similarities to those of obese adult mice

STOE & Cie GmbH Joins Advanced Measurement Instruments (AMI)

Forming a Global Player in Analytical Instrumentation for Materials Research

Common medicines may influence CRISPR therapy outcomes and precision cancer treatment

Large-scale drug atlas uncovers new genome editing modulators and potential therapeutic strategies for DNA repair-deficient cancers

The “Great Unified Microscope” can see both micro and nanoscale structures

Researchers unify two conventional techniques that so far have been used to make either micro- or nanoscale observations

AI-supported molecular cancer diagnosis for brain tumors

Proteins in a crowd: European XFEL looks inside cells

Researchers observe in detail how the vital iron protein ferritin makes its way in highly dense environments