Fastcomet_pathfinder

🚀 2nd FASTCOMET Annual Meeting has started in Strasbourg, hosted by consortium partner @aklymchenko Progress presented received very positive feedback from the Industrial Evaluation Committee. Looking forward to the discussions ahead @EUeic @HofkensLab @LizMarzan_Lab @imec_int

As we progress with our Fastcomet, it is time to share our new updates. This time with a cool video. A special highlight is explaining the intricacies of the topic to young students.

@SudiptaSeth5 @HofkensLab @RoeffaersLab @DebroyeG Cool piece of work

Looking for a high-throughput characterization tool for your thin films (perovskite, polymer)? We developed a luminescence-based method! A demonstration can be found here. pubs.acs.org/doi/10.1021/cb… @HofkensLab @RoeffaersLab @DebroyeG #Perovskite #ThinFilms #Materials #imaging

Stop and watch how wrinkles grow on gold nanorods. Another great collaboration of @EmatSarabals @CICbiomaGUNE @Ikerbasque now published in @NanoLetters pubs.acs.org/doi/10.1021/ac…

Fastcomet evaluation meeting kicked off. Impressive presentations so far by the consortium. @EUeic @HofkensLab @LizMarzan_Lab @aklymchenko @imec_int

A second Multiplane microscope for Fastcomet is under construction. #colloidalmemory

A method very dear to us. As we are expanding this line of research with the recent reinforcement from @FWOVlaanderen , stay tuned for exciting updates.

Very cool! Intriguing world of nanoparticles #colloid,#directionalmotion,#particletracking

A completely new story from our team: we developed fluorescent polymeric nanorods and showed their capacity to massively enter cells leading to ultrabright cell labelling. Congrats to co-authors! It is out in ChemRxiv: go.shr.lc/3Okds0m @CNRS_Alsace

A fine collaboration among the #Fastcomet_EIC consortium

FastComet is unstoppable!!! Mathematical battle even after two days of intense meeting.

Despite the red alert of heavy rainfall in Barcelona, we kicked off our first annual progress meeting at IQS. Partners had more to show and discuss than the time could permit. We received a very encouraging feedback from the Industrial advisory board to lift the spirit.

Pretty much every week we generate this logo of @X through dielectrophoretic trapping of colloidal partilces in quadrupole devices. Each time one step ahead in finding antagonistic partilces.

Since the launch of the FastComet last year, progress has been rapid on Colloidal Memory. The chips are fabricated, colloidal particles are synthesized, successful dielectrophoretic trapping of these particles are shown demonstrated. Stay tuned for exciting updates