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"Setting Up European or International Scientific Networks" At a Glance
"Setting Up European or International Scientific Networks" (MRSEI), created in 2015, supports the creation of transnational networks coordinated by French researchers. The instrument encourages French participation in European and international calls, with the ultimate aim of giving the country’s research greater international visibility. The third edition of this call for proposals opened recently (<u>submission deadline set for 6 June 2016</u>). The following is a look back at the call’s main features:
"Setting up European or International Scientific Networks" (MRSEI 5)
In the framework of its 2018 Work Programme, the French National Research Agency (ANR) proposes the MRSEI call with a continuous submission format throughout the year with three scheduled selection se
"Setting up European or International Scientific Networks" (MRSEI)
In the framework of its 2018 Work Programme, the French National Research Agency (ANR) proposes its 5th call for "Setting up European or International Scientific Networks" (MRSEI). Its aim is to give
"Setting up European or International Scientific Networks" (MRSEI)
In the framework of its 2015 Work Programme, the French National Research Agency (ANR) proposes a dedicated instrument for "Setting up European or International Scientific Networks" (MRSEI). Its aim i
"Setting up European or International Scientific Networks" (MRSEI)
In the framework of its 2017 Work Programme, the French National Research Agency (ANR) proposes its 4th call for "Setting up European or International Scientific Networks" (MRSEI). Its aim is to give
"Setting up European or International Scientific Networks" (SRSEI), Edition 2022
In the framework of its 2022 Work Programme, the French National Research Agency (ANR) proposes the SRSEI funding instrument with a continuous submission format throughout the year.
"The Sulfur Dance" : Polythioarenes as Universal Templates for Dynamic Covalent Chemistry – SulfurDance
Dynamic Covalent Chemistry (DCC) is fundamental in science. It relies on reversible molecular systems and reactions, which allow self-correction and adaptation to some physical, chemical, and biologic
