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News


eurekalert.org > news-releases > 1143984

Robots and AI find a hidden reaction inside 135-year-old chemistry

38+ min ago   (508+ words) Systematic exploration of the classic Biginelli reaction reveals a previously unknown pathway to complex molecules with self-assembly properties image: A systematic scan across reaction hyperspace using a robotic platform leds to the discovery of unexpected reactivity and complex bicyclic product…...


chemistryworld.com > news > simple-technique-makes-it-easier-to-access-and-exploit-hydrogen-radicals > 4024180.article

Simple technique makes it easier to access and exploit hydrogen radicals

1+ hour, 50+ min ago   (310+ words) A new technique produces hydrogen radicals using mild conditions and off-the-shelf reagents. The method eliminates the harsh conditions that have previously been required to generate these extremely reactive species, making them much easier for scientists to use and exploit. ‘Any…...


prnewswire.com > news-releases > ieee-study-explores-new-photonics-breakthrough-topology-imprinting-in-nonlinear-metasurfaces-302878817.html

IEEE Study Explores New Photonics Breakthrough: Topology Imprinting in Nonlinear Metasurfaces

2+ hour, 33+ min ago   (172+ words) PR Newswire PISCATAWAY, N.J., Sept. 15, 2026 /PRNewswire/ -- Recent advances in modern optics have expanded the classical description of light beyond electromagnetic waves, giving rise to structured light fields with additional spatial and topological properties for applications in imaging, communication, and information processing....


nanowerk.com > nanotechnology-news3 > newsid=70229.php

New photonics approach lets metasurfaces copy complex light patterns across wavelengths

3+ hour, 14+ min ago   (20+ words) Nanowerk Browse 6,974 products from select suppliers worldwide....


tech.eu > 09/15/2026 > everycarbon-wins-flair-subcontract-to-scale-fossil-independent-materials-production

EveryCarbon wins FLAIR subcontract to scale fossil-independent materials production

3+ hour, 17+ min ago   (364+ words) Scaling from laboratory to industrial pilot is one of the most demanding steps in bringing a new materials platform to market. The project is designed to demonstrate that EveryCarbon's production process can integrate directly into existing industrial infrastructure — reducing both…...


arkema.com > global > en > media > newslist > news > global > products > 2026 > 20260915-fakuma-2026

Arkema at Fakuma 2026: advancing lightweight, more sustainable and high-performance materials solutions

5+ hour, 50+ min ago   (179+ words) A commitment to information and transparency What are you made of? Discover all our updates A world player in specialty materials Our main sectors of activities All our products, sorted by families Our searching tool to browse Arkema's product ranges…...


eurekalert.org > news-releases > 1143759

Structural origins of selectivity in guaiacol hydrodeoxygenation on copper

5+ hour, 37+ min ago   (63+ words) Cu(111) exhibits great activity and selectivity toward aromatic products, favoring methoxy cleavage to produce phenol and methanol. Cu(111)/(111) grain boundary preserves deoxygenation activity while suppressing aromatic ring hydrogenation, significantly enhancing aromatic selectivity and offering an effective strategy for the development…...


miragenews.com > unveiled-most-detailed-protein-structure-yet-1744400

Unveiled: Most Detailed Protein Structure Yet

6+ hour, 42+ min ago   (777+ words) Mirage News Researchers have used advanced X-ray crystallography methods to determine the structure of the archaeal rubredoxin protein at unprecedented resolution - Researchers have determined the structure of the protein rubredoxin at 0.43 Ångström resolution, the highest resolution ever achieved for a…...


azonano.com > news.aspx

A New Review Maps the Nanophotonic Potential of 2D Metal Oxides

8+ hour, 59+ min ago   (513+ words) The metal interface oxidation approach enables the fabrication of 2D materials through oxidation reactions precisely controlled at the environment–metal surface interface. In the polished-metal oxidation method, transfer printing, atmospheric control, and surface polishing are used to prepare atomic-thickness oxides such…...