@Interfastcnr

Gated INTERfaces for FAST Information Processing A H2020 FET- OPEN project

fet-interfast.eu
Joined July 2021
  • Tweets106
  • Following44
  • Followers36
33Media
Interfast retweeted
ECMM2024@ecmm20246 Nov 2023
The next 9th European Conference on Molecular Magnetism will take place on July 15-19, 2024 in #Krakow #Poland A great chance to visit the famous @Wawel_Castle with its #dragon and discuss about molecule-based #magnets
1
25
1
44
8,664
Welcome to Arkaprava. He joined our group today to work on radicals and to build a new experiment @HZB_BESSY We are thrilled! #Physics #Science #WednesdayMotivation #Chemistry
2
2
256
Do you remember when you joined X? We do! #MyXAnniversary
1
1
29
Follow us to explore the cutting-edge research of #WomenatNano and their impact on science. #CNR100 #WomenatCNR #STEM #thzphotonics #optoelectronic Click the links below to learn more: 👩🏻‍🔬nano.cnr.it/researcher-profi… 👩‍🔬nano.cnr.it/women-at-nano/ 👩🏽‍🔬centenario.cnr.it/donne-di-s…
2
4
196
We had a nice "radical" poster session #BESSYusermeeting 2023 @HZB_BESSY @HZBde
2
872
Our last paper in @ACS_AMI is published open access! It is based on a collaboration with @acalzola74, and Andrzej Rajca @unlchemistry. We are part of @Interfastcnr. The measurements have been performed also at @HZBde @HZB_BESSY! @esuo @CORDIS_EU @HorizonEU #WomenInSTEM
Benedetta Casu@plastic_spin19 Jun 2023
A new insight into the science of radical thin films and their fantastic properties just published in @ACS_AMI The Blatter radical derivative, for example, is water-resistant! First paper with Ewa as the first author🥳pubs.acs.org/doi/10.1021/acs… #WomenInSTEM #womeninscience

Long-Term Degradation Mechanisms in Application-Implemented Radical Thin Films

Abstract. Blatter radical derivatives are very attractive due to their potential applications, ranging from batteries to quantum technologies. In this work

pubs.acs.org
2
3
167
A small piece of Interfast radical science @CORDIS_EU #HorizonEurope #Horizon2020 #physics #science #europe
Benedetta Casu@plastic_spin8 Jun 2023
This is us! Our just last published paper. First paper part of Ewa's PhD work😊 fantastic collaboration with Andrzej Rajca @unlchemistry @maren_pink @StollPatrol #womeninscience #womeninstem
1
2
71
"Radical" discussion in Interfast 😊@HorizonEU @CORDIS_EU @plastic_spin @Alek76998259 #WomenInSTEM #tuesdaymotivations #physics #Chemistry @polimi @IsmnCnr
3
6
466
Second day! Joint with @eu_fet (bad pic on purpose) #horizon2020 #Horizon2020 @CORDIS_EU @horizoneu
2
1
81
After a day of amazing science, an amazingly delicious dinner! Thanks to Alberto from @eu_fet for having organized such a pleasant evening! @CORDIS_EU @HorizonEU #HorizonEU #horizon2020 #MondayMotivation
4
10
398
And here we go! @cordis_eu #science #horizon2020 @HorizonEU @eu
3
3
241
Almost there! In about three hours our Interfast meeting in Milan is going to start! Looking forward to it🤓 #womeninscience @HorizonEu @CORDIS_EU #science #physics #horizon2020 #materials #WomenInSTEM #womeninscience #MondayMotivation
3
2
145
We are all very busy preparing our contributions for the next Interfast meeting in Milan. This time joint with @eu_fet Looking forward to it🤓 #womeninscience @HorizonEu @CORDIS_EU #science #physics #horizon2020 #materials #WomenInSTEM #womeninscience
2
2
76
Interfast Radical Science 😉#womeninscience @HorizonEu @CORDIS_EU #science #physics #horizon2020 #materials #WomenInSTEM #womeninscience
Benedetta Casu@plastic_spin12 May 2023
It has been a while since the last tweet🤓A glimpse at our last activities is available here➡️ Thermally Ultra-Robust S = ½ Tetrazolinyl Radicals: Synthesis, Electronic Structure, Magnetism, and Nanoneedle Assemblies on Silicon Surface. | ChemRxiv doi.org/10.26434/chemrxiv-20…

Thermally Ultra-Robust S = ½ Tetrazolinyl Radicals: Synthesis, Electronic Structure, Magnetism, and...

Open-shell organic molecules, including S = ½ radicals, may provide enhanced properties for several emerging technologies, however, relatively few synthesized to date possess robust thermal stability...

chemrxiv.org
1
1
40
Electron microscope images are improved using machine learning, giving sharper images of individual atoms @tcddublin ow.ly/RVTP50Nv2VY

Machine learning sharpens images from scanning transmission electron microscopes – Physics World

New technique mitigates the effect of Poisson noise

physicsworld.com
4
1
19
7,064
Congratulations to colleagues Laura Gambini, @TiarnanCM & @ssanvito on their #MachineLearning article. @PhysicsWorld also did us this nice explainer: New technique mitigates the effect of Poisson noise physicsworld.com/a/machine-l… @TCD_physics @CDT_ACM @cranntcd @ambercentre @TCD_AML

Machine learning sharpens images from scanning transmission electron microscopes – Physics World

New technique mitigates the effect of Poisson noise

physicsworld.com
2
9
16
1,313
Ewa and Tobias presented our lab "radical" results today at the #DPGSpringMeeting. If you want to know more have a look at their papers! #dpg #womeninscience #Chemistry #physics #chemtwitter pubs.acs.org/doi/10.1021/acs…

Challenges in Controlled Thermal Deposition of Organic Diradicals

Abstract. We demonstrate that it is possible to evaporate diradicals in a controlled environment obtaining thin films in which the diradical character is p

pubs.acs.org
2
2
206
D1.5 Report on the stability assessment: submitted! ✔️task accomplished @HorizonEu @CORDIS_EU #science #physics #horizon2020 #materials
1
3
246
Travelling Interfast science 😊 @HorizonEu @CORDIS_EU #science #physics #horizon2020 #materials
Andrea Droghetti@DroghetAd17 Mar 2023
Visiting @Cnr_Spin at the university of Chieti. Prolific discussions about the physics of magnetic materials and stunning views of the Gran Sasso mountain.
1
3
183
Interfast science 🙂 free to read !⬇️
Andrea Droghetti@DroghetAd9 Mar 2023
Our preprint attempting to estimate how large (or small...) the current-induced spin polarization is. @Interfastcnr arxiv.org/abs/2303.04666
1
110
Load more