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Latest Articles

Nature
nature.com > articles > s41928-026-01676-3

Wafer-scale transition metal channels using extreme ultraviolet - Nature Electronics

6+ min ago   (263+ words) Wafer-scale transition metal channels using extreme ultraviolet Nature Thank you for visiting nature.com. You are using a browser version with limited support for CSS. To obtain the best experience, we recommend you use a more up to date browser…...

Fibre2Fashion
fibre2fashion.com > news > environment-pollution-news > russian-univ-develops-reactor-to-remove-textile-dye-from-wastewater-311914-newsdetails.htm

Russian univ develops reactor to remove textile dye from wastewater

6+ hour, 28+ min ago   (227+ words) The development is relevant for textile dyeing operations because Reactive Black 5 fixes well to fibres, which makes it useful in industrial processing, but the same property can create wastewater concerns. Once discharged into wastewater, the dye can persist in the…...

Nature
nature.com > articles > s44286-026-00423-x

Disentangling thermosets from crosslinks - Nature Chemical Engineering

39+ min ago   (259+ words) Disentangling thermosets from crosslinks Nature Thank you for visiting nature.com. You are using a browser version with limited support for CSS. To obtain the best experience, we recommend you use a more up to date browser (or turn off…...

AZoCleantech
azocleantech.com > news.aspx

Low-Cost Innovation Boosts Green Hydrogen Production

5+ hour, 41+ min ago   (554+ words) RMIT researchers and international collaborators have demonstrated a new way to significantly increase green hydrogen production using low-cost materials, offering a potential pathway to cheaper clean fuel. Green hydrogen is expected to play a major role in cutting emissions from…...

Cornell Chronicle
news.cornell.edu > stories > 2026 > 07 > researchers-gather-cornell-tech-explore-ai-molecular-science

Researchers gather at Cornell Tech to explore AI for molecular science

1+ hour, 36+ min ago   (418+ words) Cornell Chronicle Participants at the CECAM Workshop on Physics-Aware Machine Learning for Molecules and Materials, held June 1–3 at Cornell Tech in New York City. News directly from Cornell's colleges and centers As artificial intelligence becomes an increasingly powerful tool for…...

Nanowerk
nanowerk.com > nanotechnology-news3 > newsid=69828.php

Chemists control supramolecules using vapors

5+ hour, 23+ min ago   (28+ words) Nanowerk Chemists control supramolecules using vapors New study demonstrates vapor-controlled reversible binding between host–guest molecules induce macroscale optical and phase switching....

EurekAlert!
eurekalert.org > multimedia > 1142215

Bioelectricity-powered wastewater resource recovery.

11+ hour, 44+ min ago   (181+ words) An integrated electrically assisted forward osmosis (eFO)–microbial desalination cell (MDC) system uses bioelectricity generated by microbial oxidation to power ion migration in the eFO module. This closed-loop design promotes struvite formation for nutrient recovery while improving water flux and…...

Nanowerk
nanowerk.com > nanotechnology-news3 > newsid=69832.php

Molecular design unlocks record heat-to-electricity performance in carbon nanotubes

5+ hour, 23+ min ago   (42+ words) Nanowerk Molecular design unlocks record heat-to-electricity performance in carbon nanotubes A molecular strategy prevents carbon nanotubes from clumping, enabling record thermoelectric performance and flexible devices powered by body heat....

BioTecNika
biotecnika.org > 2026 > 07 > iit-bombay-cracks-a-drug-discovery-puzzle

IIT Bombay Cracks a Drug Discovery Puzzle

5+ hour, 32+ min ago   (577+ words) At one of the country’s renowned institutions, IIT Bombay, has cracked a code that could change the drug discovery process. According to their latest publication in the journal Nature, the researchers have spoken about the new chemical method that could…...

EurekAlert!
eurekalert.org > news-releases > 1136564

College of Pharmacy, Pusan National University study explores rare atom-containing natural products and their biomedical potential

6+ hour, 49+ min ago   (549+ words) A new review study explores natural products containing atypical atoms, including boron, fluorine, arsenic, selenium, iodine, vanadium, and molybdenum. These metabolites reveal how nature’s biosynthetic repertoire extends beyond conventional biological elements, enabling unusual biosynthetic pathways, redox activity, detoxification, signaling, defense,…...