Loading ...

Highlighted results

20 Oct 2017
(Via ScienceNode) Turbulence is present in most fluids, like the ocean currents, the air around aircraft wings, the blood in our arteries or smoke from chimneys. Since turbulence is so prevalent, its study has many industrial and environmental applications. For instance, scientists model turbulence to improve vehicle design, diagnose atherosclerosis, build safer bridges, and reduce air pollution. Caused by excess energy that cannot be absorbed ...
15 Sep 2017
(Via Nanotechweb and UCM) A new work published in the journal Nature Nanotechnology could be the basis to create faster and smaller electronic devices. The research has been carried out by researchers from the Materials Physics department of the UCM and the Institute of Materials Science of Madrid (ICMM-CSIC), users of RES resources, With the aim of keeping on with the fast pace of increase in storage capacity and computer speed (characterized ...
23 Jun 2017
(Via CNB-CSIC) A study published in the journal PNAS describes what happens at the atomic level when a double-stranded nucleic acid molecule is stretched. Using computer simulation, scientists found a way to explain why DNA coils when it is stretched, whereas double-stranded RNA unwinds. If a DNA molecule is stretched, it will coil up on itself. If the same is done with an RNA double helix, it will unwind. Why do they behave so differently alt ...
20 Jun 2017
(Via Universitat de Barcelona). Sugar or carbohydrate synthesis is important for the development of diagnostic tests, vaccines and new drugs. In a study co-led by a team of the Department of Inorganic and Organic Chemistry and the Institute of Theoretical and Computational Chemistry of the UB (IQTCUB), together with a research group of biological chemistry of the University of Oxford, have synthetized carbohydrates with enzymes through a reaction ...
08 Jun 2017
(Via LIGO and UIB) The LIGO Scientific Collaboration has made a third detection of gravitational waves. As was the case with the first two detections, the waves were generated when two black holes merged to form a larger black hole. LIGO is a group of more than 1200 researchers from more than 100 scientific institutions, spread over four different continents. From 2002, the Relativity and Gravitation Group from the Universitat de les Illes Balear ...
12 Dec 2016
(Via Universitat de Barcelona) The research group leaded by Xavier Barril, user of the Spanish Supercomputing Network, has developed a more efficient computational method to identify new drugs. The study, published in the scientific journal Nature Chemistry , proposes a new way of facing the discovery of molecules with biological activity. Since it is based on a different approach, this method complements conventional tools and allows going fo ...
24 Nov 2016
(Via ICIQ) The research group of Núria López has published a paper in Nature Materials explaining how massive simulations prove that certain surfaces are more disordered than previously thought. Prof. Núria López is a researcher in the Institut Català d’Investigació Química (ICIQ) and user of the Spanish Supercomputing Network. Surface terminations are responsible for the chemical and physical properties of materials. Understanding ...
14 Nov 2016
(Via IFIMAC) A group of Spanish and French researchers has described in the journal Science the first real-time observation of the birth and subsequent evolution of an electronic wave packet. In addition to providing the first ‘movie’ of the electron wave packet dynamics, and of the interferences that such dynamics implies, the high degree of control and high temporal resolution achieved by the study opens the door to the design of electro ...