Like in a nail-biting thriller full of escapes and subterfuge, photons from far-off light sources, such as blazars, could go up against a continuous exchange of identity in their journey through the Universe.
People who hear voices — both with and without a diagnosed psychotic illness — are more sensitive than other subjects to a 125-year-old experiment designed to induce hallucinations. And the subjects’ ability to learn that these hallucinations were not real may help pinpoint those in need of psychiatric treatment, suggests a new Yale-led study published Aug. 11 in the journal Science. The research has been carried out by Philip Corlett and Al Powers, Yale University, and Chris Mathys, SISSA.
To move a nanoparticle on the surface of a graphene sheet, you won’t need a “nano-arm”: by applying a temperature difference at the ends of the membrane, the nanocluster laying on it will drift from the hot region to the cold one. In addition, contrary to the laws ruling the world at the macroscale, the force acting on the particle – the so-called thermophoretic force – should not decrease as the sheet length rises, sporting a so-called ballistic behavior.
Dr Rebecca Lawson and Professor Geraint Rees from UCL Wellcome Trust Centre for Neuroimaging, and Dr Christoph Mathys from SISSA found that adults with autism were less surprised by unexpected images in a simple learning task than adults without autism, and those who were the least surprised had the most pronounced symptoms. The results suggests that differences in how people with autism build visual expectations may link to social difficulties. The study shed new light on our understanding of how people with autism see the world differently.
SOPHYA (Seakeeping Of Planing Hull YAchts) is a research and development project in Maritime Technologies, co-funded by the European Regional Development Fund.
Her work tools are paper, pen and a whiteboard to use «when she needs to share ideas with others, discuss problems and look for solutions». Computers? «Yes, sometimes». Laura Foini fills everything with formulas and calculations – what is needed to study «systems out of equilibrium, my research sector, encompassed by the environment of statistical physics». It is a field in which this young researcher, born in 1984 in Brescia province, excels.
A web that passes through infinite intergalactic spaces, a dense cosmic forest illuminated by very distant lights and a huge enigma to solve. These are the picturesque ingredients of a scientific research – carried out by an international team composed of researchers from the International School for Adavnced Studies (SISSA) and the Abdus Salam International Center for Theoretical Physics (ICTP) in Trieste, the Institute of Astronomy of Cambridge and the University of Washington – that adds an important element for understanding one of the fundamental components of our Universe:
A deep understanding of the irreversibility of the arrow of time cannot ignore the quantum nature of the world that surrounds us. This is the key result of the work carried out by Vincenzo Alba and Pasquale Calabrese of the International School for Advanced Studies (SISSA) of Trieste, recently published in the journal Proceedings of the National Academy of Sciences (PNAS).
An odour can trigger a memory, cause disgust or even save our lives. Nonetheless, although it is so important for our existence, olfaction still remains the most enigmatic of our senses. Its mysteries and marvels will be analysed by Nobel Prize Linda Buck during the ICTP-SISSA Colloquium open to the public, titled “Unraveling the sense of smell”. The American neurobiologist will share the main phases of forty years of research on the functioning of the olfactory system and its impact on emotions and behaviours. Buck will be in Trieste to participate in the “Conference on Frontiers in Olfaction” which will be held from 24 to 28 July at the International Centre for Theoretical Physics "Abdus Salam" (ICTP). The Colloquium will take place on Tuesday 25 July at 5:00 p.m at ICTP (Leonardo Da Vinci Building).
QUIET 2017 - Quantification of Uncertainty: Improving Efficiency and Technology - is focused on the review of recent mathematical, numerical, methodological advances and the development of new research directions for uncertainty quantification in the setting of partial differential equations with random inputs. As such, the workshop impacts the scientific, engineering, financial, economic, environmental, social, and commercial milieus, including modern themes such as data assimilation, data science and analytics.