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Multifunctional antibacterial engagers stimulating innate immunity – AffiNKill
Multi-resistant bacteria regularly emerge throughout the world. They can be found in soldiers' wounds and in health care facilities where they cause nosocomial diseases. Some of these bacteria have become resistant to the best products available to treat multi-resistant bacteria. The consequences ca
Ultrafast photoinduced processes of organic dyes in IL/molecular solvent mixtures designed for dye solar cells – UPPiL_1_Ukraine
Among all the renewable energy sources, solar energy is the most powerful source far ahead wind or geothermal energies. The possibility of an efficient and low-cost direct conversion of the sunlight energy into electricity is a clear scientific and technological stakes. Dye-sensitized solar cell (DS
Working in the margin? Collaborative spaces as nodes of a new mobility system outside metropolis – PERI_WORK_Ukraine
For a few years, we have observed the rise of new collaborative work spaces (NCWSs) remote from major cities. These places of social interaction echo the expectations of a population looking to evolve at the fringe, both geographically (away from great urban centers) and socially speaking (hoping fo
Ultrafast photoinduced processes of organic dyes in IL/molecular solvent mixtures designed for dye solar cells – UPPiL_2_Ukraine
Among all the renewable energy sources, solar energy is the most powerful source far ahead wind or geothermal energies. The possibility of an efficient and low-cost direct conversion of the sunlight energy into electricity is a clear scientific and technological stakes. Dye-sensitized solar cell (DS
COnFinement of Formate dehydrogenases into ionic gas diffusion Electrodes for the Enzymatic conversion of CO2 – CO2FFEE
Carbon dioxide (CO2) should not be seen anymore as a waste but as an alternative carbon feedstock to produce platform chemicals and energy carriers. Amongst emerging strategies to produce valuable chemicals from CO2, biochemical processes provide promising alternatives, as they run on relatively mil
MOLECULAR BIOMARKERS FOR EARLY DIAGNOSTIC OF RADIATION INJURY – CAESAR
In the event of a radiological or nuclear emergency following an accident or malicious act, potentially involving a large number of victims, the medical management requires the identification and diagnosis of both military and civilian populations exposed to high doses of ionizing radiation (IR) in
The authority of scientific medicine in the era of controversies over clinical research – AMES
Medicine continues its scientification. This is particularly the case in the field of clinical research, which crystallises this alliance between medicine and science. However, since the 1990s there has been an increase in the number of public controversies concerning health issues, particu
SUrvivability of STructures for Aircraft INjured by Directed energy shocks 21 – SUSTAINED21
Current civilian and military aircrafts and flying systems (e.g. UAVs) are designed from thin, lightweight, multi-material structures assembled by bolting, gluing or built-on fabrication. Due to their constitution, these structures are vulnerable to explosion phenomena that occur on their surface du
Impact of non-Newtonian drops on liquids – INNpact
The impact of non-Newtonian fluids (polymer microgels, suspensions, emulsions etc.) on free liquid surfaces represents a fundamental and scarcely explored topic in interfacial hydrodynamics and soft matter rheology directly related to extremely important environmental and industrial situations, such
design and reliability of 3D printed microwave components – CHYPS 3D
The field of information and communication science and technology is booming for several years and is emerging as one of the key sectors of the world economy. The evolution of the markets for active and passive electronic components shows growing needs in the fields of defense, space, medical, autom
