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Meister's ice-making research shortlisted for breakthrough award
2+ hour, 9+ min ago (149+ words) Assistant Professor Konrad Meister from the Department of Chemistry and Biochemistry has made the shortlist for Science Breakthrough of the Year 2026, presented by the Falling Walls Science Summit. Meister's work centers on ice-nucleating proteins " tiny organic structures that make it…...
New US catalyst turns wasted natural gas into liquid fuel below 212 F
2+ min ago (576+ words) Researchers in the US have developed a cheap sulfur-tolerant catalyst that could convert wasted methane into easily transportable and valuable liquid chemicals and fuels. The research was conducted by the US Department of Energy's (DOE) Brookhaven National Laboratory (BNL). It…...
Newly installed rheometer expands chemical engineering research capabilities
3+ hour, 38+ min ago (576+ words) When Francis Mekunye fabricates microscopic devices using specialized inks, the materials experience intense forces as they pass through a tiny nozzle, forces that can dramatically change how they behave. "3 D printing involves a large amount of shear to the nanomaterial…...
US environmental agency seeks comment on "forever chemicals" risk
2+ hour, 48+ min ago (64+ words) KELO-AM US environmental agency seeks comment on "forever chemicals" risk WASHINGTON, July 1 (Reuters) " "The U. S. Environmental Protection Agency "said "on Wednesday "that it is seeking "comment "on "draft "guidance for "reducing risk from from PFOA "and PFOS chemicals, "known as "forever…...
Nanodiamonds made from tiny graphene triangles
1+ hour, 9+ min ago (74+ words) Nanodiamonds can host atom-sized light emitters for quantum sensing and imaging, but making nanodiamonds that are small, crystalline and uniform has been difficult. A single-step process for making nanodiamonds only 3–4 nanometres in size uses planar carbon ‘nanographene’ molecules with hydrogen…...
Justin Caram explains the chemistry behind erasers in Popular Science magazine " UCLA
1+ hour, 48+ min ago (168+ words) Professor Justin Caram'is featured in a recent Popular Science article, "How Do Erasers Actually Work? It's Surprisingly Complicated," explaining the molecular science behind one of the world's most familiar classroom tools. The article highlights how everyday objects such as pencils…...
Polymers change structure to avert failure and keep elastomers tough
1+ hour, 38+ min ago (267+ words) Researchers at The University of Osaka develop a novel strategy for toughening elastomers by dissipating stress Credit: The University of Osaka Now, researchers at the University of Osaka have overcome these limitations by developing a multipath synergistic strategy to toughen…...
Pear genomes reveal the roots of flavor
3+ hour, 11+ min ago (253+ words) Eurek Alert! Phylogenetic relationships and population structure of Pyrus accessions. Pear is one of the world's most important fruit crops, but the genetic story behind its origin, spread, and most desirable traits has remained difficult to untangle. A new whole-genome…...
Uo H And IITH Researchers Develop New Laser-Based Method To Make Ultra-Thin Semiconductor Nanosheets
4+ hour, 27+ min ago (397+ words) Published: July 1, 2026 at 8: 41 PM IST Hyderabad: Researchers from the University of Hyderabad (Uo H) and the Indian Institute of Technology Hyderabad (IITH) have developed a novel laser-based technique to manufacture ultra-thin semiconductor nanosheets. The innovation is considered a breakthrough in the…...
ASU scientists unveil new methods to extract reliable truth from imperfect data
2+ hour, 58+ min ago (749+ words) The results can be used to more accurately de-blur images or decode cellular memory Scientists at Arizona State University are advancing how they interpret complex, imperfect data " challenging long-standing assumptions in fields ranging from imaging to cellular biology." In two…...