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 Articles

Quantum Zeitgeist
quantumzeitgeist.com > hagedorn-wavepackets-ab-initio-resonance-raman-simulation

Researchers Simulate Molecular Vibrations With New Ab Initio Technique

6+ hour, 36+ min ago   (890+ words) Previously confined to simplified models or computationally intensive approximations, accurate simulation of resonance Raman spectra for complex molecules is now achievable. A new technique employing Hagedorn wavepackets offers a practical *ab initio* solution validated against established methods in two dimensions…...

chemistry.ucla.edu
chemistry.ucla.edu > news > osvaldo-gutierrez-selected-for-the-2027-arthur-c-cope-scholar-award

Osvaldo Gutierrez selected for the 2027 Arthur C. Cope Scholar Award - UCLA – Chemistry and Biochemistry

1+ hour, 39+ min ago   (354+ words) Professor Osvaldo Gutierrez, holder of the Fraser and Norma Stoddart Chair in Contemporary Chemistry, is one of ten organic chemists to be selected by the American Chemical Society (ACS) for the prestigious 2027 Arthur C. Cope Mid-Career Scholar Award for his contributions…...

University of Waterloo
uwaterloo.ca > nanotechnology-engineering > news > 3d-printed-electrode-design-boosts-mass-transport-next

3D-printed electrode design boosts mass transport in next-generation redox flow batteries | Nanotechnology Engineering

4+ hour, 19+ min ago   (504+ words) University of Waterloo researchers have developed a new 3D-printed electrode design for redox flow batteries, a technology that could help store renewable energy generated by wind and solar farms. Their work shows how carefully designed electrode structures can help battery…...

ecoportal.net
ecoportal.net > en > solar-molecule-shanghai-chip-nanowatt > 35089

Sunlight a Swedish molecule holds for 18 years traveled to a bench in Shanghai and came back out through a chip of films a micrometer thick, and the whole yield was a tenth of a billionth of a watt

4+ hour, 25+ min ago   (787+ words) The liquid had already been charged by sunlight. Its molecules had been rearranged, atom for atom, so that the energy sat locked inside their chemical geometry rather than in a cell or a wire. Then it was crated and flown…...

EurekAlert!
eurekalert.org > news-releases > 1142280

Exposure to forever chemicals through sea spray may be overblown

3+ hour, 22+ min ago   (470+ words) image: Coast of Newfoundland near one of the sampling sites (Grand Codroy, NL) view more TORONTO, Sept. 01, 2026 – Coastal residents may be worried about exposure to forever chemicals from sea spray during hot summer months, but York University researchers found there…...

University of Waterloo
uwaterloo.ca > chemical-engineering > news > chemical-engineering-researchers-create-nature-inspired-3d

Chemical Engineering Researchers Create Nature-Inspired 3D-Printed Battery Components | Chemical Engineering

8+ hour, 43+ min ago   (418+ words) Researchers in the Department of Chemical Engineering have developed a new 3D-printed electrode design for redox flow batteries, a promising technology for storing energy generated by wind and solar power. Their work shows how carefully designed internal structures can help…...

Virginia Tech News
news.vt.edu > articles > 2026 > 09 > science-adhesives.html

Chemists design extra-sticky adhesives that degrade on command

4+ hour, 47+ min ago   (758+ words) One team of Virginia Tech chemists developed a fully recyclable tape. Another team designed an adhesive stronger than duct tape that degrades on command. Working together, they are setting a new standard for sustainable, usable adhesives. A good adhesive is…...

Medical Daily
medicaldaily.com > flexible-diamond-generates-electricity-478045

Scientists Discover Flexible Diamond Can Generate Electricity, Opening New Possibilities for Tiny Self-Powered Medical Devices Future

5+ hour, 15+ min ago   (721+ words) Diamonds are known for being exceptionally hard. Scientists have now found that when the material is made extremely thin and flexible, it can also generate electricity. Researchers at the University of Hong Kong discovered that ultrathin diamond membranes produced a…...

NC State University
cals.ncsu.edu > news > nc-state-researchers-pioneer-new-carbon-capture-technology

NC State Researchers Pioneer New Carbon Capture Technology

4+ hour, 26+ min ago   (593+ words) Tucked away off Lake Wheeler Road in Raleigh, North Carolina, sits NC State University’s Compost Facility and Research Cooperative, where Pablo Ortiz Paciello, a graduate student in the Department of Biological and Agricultural Engineering’s Biocarbon Utilization and Sequestration (BUS) Lab,…...

Tomorrow's World Today®
tomorrowsworldtoday.com > sustainability > 3d-printing-could-improve-large-scale-renewable-energy-storage

3D Printing Could Improve Large-Scale Renewable Energy Storage

6+ hour, 33+ min ago   (354+ words) Researchers 3D-printed a new electrode design to make batteries more effective at storing wind and solar energy. Renewable energy sources, such as solar and wind, come with their own downsides. For example, the wind doesn’t always blow, and cloudy days…...