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on-chip OPTIcal interconnect for ALL to ALL communications – OpticALL2
on-chip OPTIcal interconnect for ALL to ALL communications
elecTRo-optically Actuated all-FIber Components for advanced endoscopic system – TRAFIC
modification). Mixing electrical and optical features in a unique guiding structure will further open
demographics of planets close to their birth place & their occurrence in the disk and the bar of our Galaxy. – COLD-WORLDS
Cold Worlds uses the gravitational microlensing technique to explore a unique niche: cold planets with masses as small as the Earth orbiting all types of stars (even stellar remnants), old planets in large orbits, free planets (i.e. not bound to a star) and even exolunes orbiting extra-solar planets.
Working in the margin? Collaborative spaces as nodes of a new mobility system outside metropolis – PERI_WORK
Collaborative workspaces as nodes of a new mobility system outside metropolises
Witness Bodies. Towards a Political Sociology of the Treatment of Human Remains – CORTEM
A Political Sociology of the Government of Human Remains
Wealth Inequalities and the Dynamics of Housing Market.Interpreting real-estate market-based regime of spatial inequalities (WIsDHoM) – WIsDHoM
The project investigates how asset-based welfare policies, residential market volatility, stratified accumulation and vulnerability impinge upon the geography of inequality in property markets. Since the 1990s, housing prices have increased faster than the income of buyers, becoming a driver of social polarization and household vulnerability. We investigate the links between socio-spatial inequality, asset capitalization, instability and vulnerability in residential housing markets.
Verified Abstract Machines for Operating Systems – VeriAMOS
maintaining the OSes or extending them with new features. Therefore, scaling such techniques to verify [...] programmers, and prevents the misuse of language features. The key insight behind the VeriAMOS project
Unitary Authentication in the THz and Radiofrequencies domains – AUSTRALE
Unitary Authentication in the THz and Radiofrequencies domains
Understanding Fine Scale Processes in Intense Sediment Transport Regimes – SHEET-FLOW
Understanding Fine Scale Processes <br />in Intense Sediment Transport Regimes<br /><br />Fine-scale processes such as turbulence-particle and particle-particle interactions may be of prime importance for sediment flux dynamics. A new class of models, capable of tackling this issue exists but their development is limited by the lack of detailed high-resolution experimental data. Providing these missing data for developing innovative sediment transport models is at the core of the present project.
Ultrafast Photostriction in Ferroelectric Domains, Walls and Nanostructures – UP-DOWN
in the ferroelectric domains and domain walls, features that are currently absent in the literature. In