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Atmosphere - Sea ice Exchanges and Teleconections
Over the last decades, the Arctic sea ice has experienced a drastic decline which is expected to continue in the near-term future. The inability of state-of-the-art climate models to capture accurately both the rate of Arctic sea ice changes and their impact on lower latitudes is hypothesized to ori
Atmospheres of (counter)terrorism in European Cities – ACT-EU (EST0110171)
The project’s concern with the felt quality and intangible aspects of counterterrorism in cities leads to different ways of posing questions about urban security/counter-terrorism, focusing for example on how security and security infrastructures feel instead of how they appear or what they mean.
Atmospheric River Climatology in Antarctica – ARCA
Over much of Antarctica, the surface mass balance (SMB) is controlled by a few extreme events, resulting in high natural variability in this variable. In particular, it has recently been shown that extreme moisture intrusions related to atmospheric rivers (AR) from the Southern Ocean are major sourc
Atmospheric Tracing of Earth's evolution – ATTRACTE
Planetary atmospheres are fundamental reservoirs controlling the habitability of planets. The chemical and isotopic compositions of atmospheric constituents also hold clues on the geological evolution of the entire planetary body. Today, the terrestrial atmosphere contains about 80% dinitrogen and 2
Atmospheric and marine CORrosions. Impact of chemical products - especially sulfur compounds - from Sargassum decomposition and role of microorganisms on corrosion of metAls. PhenomenologIcal and legal consideRations. – CORSAiR
The aim objectives of the CORSAiR project are: i) to characterise the kinetics of corrosion, ii) to link the phenomena of accelerated corrosion with the «presence« of Sargassum algae by identifying the mechanisms of degradation, iii) to find physicochemical solutions and to propose Legal «arrangemen
Atomic mixture of dysprosium and potassium in mixed dimensions – Mix2Dim
Interactions play a crucial role in our understanding of physical systems. Since the 19th century, initial modeling of two-particle interactions and their contribution to large ensembles led to new theoretical descriptions of gases and liquids. In particular, J. D. van der Waals showed that as two
Atomic scale control and mechanical spin driving of a magnetic atom – MechaSpin
Thanks to their long coherence time, individual localized spins in semiconductors are promising qubits for the implementation in the solid state of emerging quantum technologies including quantum computing and quantum enhanced sensing. However, achieving long-range interaction between remote solid s
Atomic scale foundations of a new phase in network-forming glasses and liquids – PHASABINIT
CONTEXT: The recent discovery of an intermediate phase between the well-known flexible and rigid phases in network glasses has opened a new field of investigation in glass science with potential interesting applications. Indeed, this phase displays a certain number of remarkable properties such as t
Atomic-level control over ultrathin 2D layers of Transition Metal Dichalcogenides by a Molecular Layer Deposition route – ULTiMeD
The main challenge targeted by the ULTiMeD project is to gain an atomic level control over an innovative fabrication of sulfide-based lamellar materials and ultimately 2D transition metal dichalcogenides (TMD), a recognized class of emerging materials of large potential in microelectronics. The orig
