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The researchers describe their fabrication technique in a study published in Nature on April 3. These properties offer a range of potential applications across electronics, energy storage, catalysis, and sensing. In particular, TMT nanosheets are being explored as novel electrode materials…
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Water behaves in a surprising way when squeezed under pressures resembling those deep inside distant planets. Physicists have found that its solid structure can become less symmetrical as pressure rises, challenging a simple expectation about how tightly packed materials behave.
Molecular machines are regarded as the next step in miniaturisation. Their models can be found in living cells, where molecular motors convert energy and generate movement. Scientists have been working for decades to artificially replicate such systems. The 2016 Nobel Prize…
Water ice loses cubic symmetry near 222 gigapascals, revealing a structural transition with possible relevance to planetary interiors. (CREDIT: The Brighter Side of News) Water ice squeezed to more than two million times atmospheric pressure developed a less symmetrical crystal structure.
Researchers have created a new “smart” self-healing coating that can help prolong the life of structures, automobiles, and infrastructure by preventing the formation of rust. The new material, developed by nanomaterials researchers at the University of Queensland (UQ), activates as…
The work could make AI-enabled science more accessible to groups with limited access to computing resources around the globe. A new approach to encoding molecular data could help chemists using AI to build new materials and molecules save significant computational…
Franz Berthiller (BOKU University, Austria) discusses a multilaboratory study that used retention index markers to align mycotoxin liquid chromatography–mass spectrometry (LC–MS) data. Retention Index Aids Mycotoxin LC–MS Comparisons Franz Berthiller (BOKU University, Austria) discusses a multilaboratory study…
Ultrahigh-performance liquid chromatography–quadrupole time-of-flight mass spectrometry (UHPLC–QTOF-MS) shows how soaking and cooking break down soybean fats. Changes in the fats inside soybeans are closely tied to the "beany" smell of soymilk, so understanding these changes could help manufacturers…
A promising molecular design is only the beginning. Scientists have to make it, test it, and use what they learn to decide what comes next. Faster access to compounds gives research teams faster answers, more ideas to pursue, and more…