A unifying theory of superconductivity: Finding common symmetry chevron_right A study in Nature Physics brings science closer to a unified theory of unconventional superconductivity for iron-based materials. Researchers investigated the…
…lead titanate, which have a switchable spontaneous electrical polarization that is strongly coupled to the distortion of the lattice. This sensitivity to strain is exploited in “strain engineering,” which allows…
…(watch out! it is quite easy with Matlab) it is strongly advised to skip on # one of the computing nodes. This will give you more resource without # affecting…
…Chalmers, parts of the research team, handling paper straws in the ForMAX sample preparation lab at MAX IV. Credit: Anna Sandahl, MAX IV “Fresh insights into plant-based materials as a…
…of plant cell walls with fungal enzymes. The referenced enzyme family contained many unstudied bacterial sequences, and the known enzymes performed unique enzymatic functions for degradation. Larsbrink and colleagues’ succeeding…
…model catalyst that, once tuned, holds potential to significantly improve the treatment process for the large-scale manufacture of viable biofuels from lignin. Lignin is a plant polymer only secondary in…
…of the cheese product. To Johan Krakau, the mission is also about sustainability, and making it easier for people to choose a more plant-based diet. Vegan food, he says, generally…
…for drugs. It is possible to study the underlying biological processes for conditions that affect human health, and characterise materials on both atomic, micro- and nano-structure level, such as implant…
“Our work mapped the taxonomic distribution of protein sequences in the AA7 family and revealed a striking high proportion of sequences encoded by major plant pathogenic fungi and Oomycetes,” said…
…The metal species present in the ash depends on the specific plant and processing. Understanding this is what that the research team is focusing on next. “There are lots of…