Proud of the work of our team @MultiwaveI and our partners @univamu, @InstitutFresnel, @CNRS, A*MIDEX foundation for continuing to push boundaries in MRI through the Multiwave Chair of medical imaging!
The @mrs_imaging_amu ecosystem just got stronger! @MultiwaveI and A*MIDEX Foundation of @univamu agreed on a 3-year partnership of €1.37 million to co-finance the Multiwave Chair of medical imaging.
https://t.co/my67AtoCzy
Well deserved recognition for @MacMoussu for being awarded the Rising Talent Award 2020 L’Oréal -UNESCO @4womenscience. Women are, and will continue to be, the tip of the spear of our MRI research activities at @MultiwaveI.
Congratulations to the CEO @LecoqPaul of our portfolio company @MultiwaveI for being awarded the prestigious IEEE Nuclear and Plasma Sciences Society 2019 Merit Award for his seminal contributions to the field of scintillating science!
📢 #BestOfINSIS
Une nouvelle approche basée sur des #métamatériaux améliore la qualité de l’imagerie à résonance magnétique #IRM ultra haut-champ en homogénéisant les champs de radiofréquences.
↪️ https://t.co/ej4qtHbb7w
[#BreakingNews] L’aimant IRM du projet Iseult vient d’atteindre son champ magnétique nominal à 11,7 teslas ! Un record mondial pour un aimant d’#IRM du #corps humain 🥇. + d’infos : https://t.co/blZBcgvVwG #imagerie#neurosciences#cerveau
@MultiwaveT and @MCUBE19 welcome the @fet_eu transition to the European Innovation Council from @innovfin_enter Bucharest,Romania! Pushing medical imaging boundaries!
Today the @EU_Commission proposed a budget for 2020, with €13.2 bn for research & innovation under #H2020. 👩🔬💶
Every euro from #EUBudget must create added value for citizens, and 21% of the total 🇪🇺budget for 2020 will go to tackle #climatechange.
👉https://t.co/zSBrc8HhFE
This afternoon : 2 Roundtables ▶️ WP7 "In Vivo Metamaterial Application in UHF MRI" moderated by @cohendaynac from @NeuroSpin_91 & ▶️"Exploitation and commercialization of M-CUBE results" animated by @MultiwaveT
Researchers are exploring ways to make #MRIs, key for early disease detection, more effective. Ultra-high-field’ MRIs can create more accurate images but produce more intense magnetic fields. @MCUBE19 uses ‘metamaterials’ in MRI scanners to improve them 👉https://t.co/eNHyl7FiH1