Approximate and Transprecision Computing – OPRECOMP 2020 Summer Lectures OPRECOMP is a 4-year research project, funded under the EU Framework Horizon 2020, that aims to build an innovative, reliable foundation for computing based on transprecision analytics. OPRECOMP project is committed to
The last edition of the NiPS summer school was a success! The School have seen the participation of 45 students and more than 20 teachers, from all around the world. Following a gallery of photos taken during the event, for
A new paper from NiPS reports on a series of controlled computational experiments based on non-equilibrium molecular dynamics and show that at the nanoscale, the thermal rectification is determined by the thermal boundary resistance, and cannot be explained without it.
Aug. 5-9, Maui (USA) International Conference on Applications in Nonlinear Dynamics (www.icand2018.org). Luca Gammaitoni presents recent work at NiPS on the Physics of Computing with an invited talk entitled: The Cost of Remembering. In 1961, Rolf Landauer pointed out that resetting a binary memory
Notre Dame University, IN (USA) – Oct. 2nd 2018
San Diego (CA), Aug. 2nd, 2018 Luca Gammaitoni from NiPS and Antonio Palacios from San Diego State University met in San Diego on Aug. 2nd, to discuss scientific collaboration on non linear dynamics.
Perugia, July 10th, 2018 A new article from NiPS Laboratory on “Operating gravitational wave detectors far from equilibrium” has been published on Classical and Quantum Gravity. Article available here: article
Tangier, June 25 2018 Igor Neri from NiPS presents a talk entitled: Fundamental energy cost of NEMS and MEMS memory device. at the International Conference on Structural Nonlinear Dynamics and Diagnosis (CSNDD'2018) in Tangier, Morocco, June 25-27, 2018.
Terni, May 11, 2018 L. Gammaitoni visited the Acciai Speciali Terni (AST) company. During the visit, possible collaborations between AST and NiPS Lab have been discussed.
Perugia, May 8, 2018 Published online the new paper on the "Cost of remembering" from NiPS. The paper, published on Physycal Review A, deals with the fundamental energy limits associated with preserving a single bit of information. The