Search chemistry content and suppliers

Expert-curated indexes and filters

4Chemistry combines domain-specific indexes, search algorithms, and AI to help chemists, students, and procurement teams find relevant content faster. Use curated filters, structure-aware search, and integrated tools to locate papers, vendors, protocols, and safety information tailored to chemistry. Part of the 4SEARCH network of topic specific search engines.

Latest News & Web Pages

BIOENGINEER.ORG
bioengineer.org > from-chemical-curiosity-to-crucial-breakthrough-in-cancer-research

From Chemical Curiosity to Crucial Breakthrough in Cancer Research

From Chemical Curiosity to Crucial Breakthrough in Cancer Research29+ min ago   (1059+ words) DNA's iconic double helix is often celebrated as the master blueprint of life, encoding the genetic instructions essential for the development and functioning of all living organisms. Yet, emerging research from Ume" University in Sweden reveals a fascinating twist in…...

BIOENGINEER.ORG
bioengineer.org > spanish-biophysical-society-spotlights-ehu-spectroscopy-groups-latest-study

Spanish Biophysical Society Spotlights EHU Spectroscopy Group’s Latest

Spanish Biophysical Society Spotlights EHU Spectroscopy Group’s Latest36+ min ago   (849+ words) In an innovative breakthrough, the Spectroscopy Group at the University of the Basque Country (EHU) and the Biofisika Institute (CSIC/EHU) have meticulously unraveled the nuanced interactions between chiral molecules and water at the molecular level. This research is particularly…...

Quantum Zeitgeist
quantumzeitgeist.com > faster-elign-achieves-molecular-modelling-foundational

Elign Achieves Faster 3D Molecular Modelling Via Foundational Machine-Learning Force Fields

Elign Achieves Faster 3D Molecular Modelling Via Foundational Machine-Learning Force Fields58+ min ago   (878+ words) Researchers have developed a new machine learning framework, Elign, which rapidly generates accurate 3D molecular conformations by pre-training physical stability cues, thus bypassing computationally expensive calculations during the modelling process itself. https://quantumzeitgeist.com/wp-content/uploads/Image_fx-37-21.jpg Researchers are tackling the challenge of generating realistic 3D molecular…...

ZME Science
zmescience.com > science > news-science > computer-in-a-thread

Computer in a Thread: A Fiber Chip as Thin as Human Hair Could Turn Clothes Into Smart Devices

Computer in a Thread: A Fiber Chip as Thin as Human Hair Could Turn Clothes Into Smart Devices2+ hour, 12+ min ago   (664+ words) "Sushi-rolled" fiber chips are turning ordinary clothing into powerful, durable computers capable of image recognition and health monitoring. Your next computer might not be a phone or a watch, it could be the shirt on your back. A team of…...

Quantum Zeitgeist
quantumzeitgeist.com > faster-meidnet-achieves-latent-space-alignment

Meidnet Achieves 0.96 Latent-Space Alignment For Faster Materials Discovery

Meidnet Achieves 0.96 Latent-Space Alignment For Faster Materials Discovery4+ hour, 43+ min ago   (1195+ words) Quantum Zeitgeist is a leading independent news source covering quantum computing breakthroughs, industry developments, and research advances. Established in 2018, we provide daily analysis of quantum technology's impact on computing, cryptography, and scientific innovation. Researchers are tackling the challenge of discovering…...

Chemistry World
chemistryworld.com > lithium-free-battery-breaks-voltage-barrier-for-ultra-cheap-energy-storage > 4022825.article

Lithium-free battery breaks voltage barrier for ultra-cheap energy storage

Lithium-free battery breaks voltage barrier for ultra-cheap energy storage4+ hour, 54+ min ago   (566+ words) Could better batteries be made possible by a new sodium'sulfur chemistry? Sodium batteries may have just crossed a critical threshold, moving into high-voltage territory and opening a realistic path toward sustainable, low-cost energy storage. Unlike conventional lithium-ion batteries, sodium'sulfur batteries…...

BIOENGINEER.ORG
bioengineer.org > pristine-black-arsenic-phosphorus-enables-polarization-sensing

Pristine Black Arsenic-Phosphorus Enables Polarization Sensing

Pristine Black Arsenic-Phosphorus Enables Polarization Sensing5+ hour, 22+ min ago   (871+ words) In the rapidly evolving landscape of neuromorphic engineering, a groundbreaking advancement has materialized, promising to redefine the capabilities of vision sensing technologies. Researchers have unveiled a novel polarization-sensitive neuromorphic vision sensor that leverages the unique properties of pristine black arsenic-phosphorus…...

BIOENGINEER.ORG
bioengineer.org > new-model-explains-stepped-platinum-electrode-layers

New Model Explains Stepped Platinum Electrode Layers

New Model Explains Stepped Platinum Electrode Layers5+ hour, 26+ min ago   (958+ words) In a groundbreaking advance poised to reshape our understanding of electrochemical interfaces, researchers have developed a comprehensive model capturing the intricate behavior of the electric double layer on stepped platinum electrodes. This highly detailed representation not only demystifies the complex…...

Good News Network
goodnewsnetwork.org > new-ultrasonic-imaging-system-can-detect-deadly-defects-in-all-types-of-concrete

New Ultrasonic Imaging System Can Detect Deadly Defects in All Types of Concrete

New Ultrasonic Imaging System Can Detect Deadly Defects in All Types of Concrete5+ hour, 54+ min ago   (440+ words) If a physician needs to see what's gone wrong inside a human body, it's easy enough to order an ultrasound scan. But if the structural engineer wants to do the same in a block of concrete, his options are of…...

South China Morning Post
scmp.com > news > china > science > article > 3342103 > chinas-first-kind-abf-crystal-creates-most-energised-solid-state-laser-beam

China’s first-of-kind ABF crystal creates most energised solid-state laser beam

China’s first-of-kind ABF crystal creates most energised solid-state laser beam6+ hour, 54+ min ago   (480+ words) The shortest wavelength of a laser beam generated from a crystal has been realised in a laboratory at the Xinjiang Technical Institute of Physics and Chemistry, Chinese Academy of Sciences, according to a new paper. At 158.9 nanometres (nm), it leads…...