tomATTO

TomATTO aims to capture ultrafast -attosecond- electron dynamics to enhance solar energy conversion efficiency.

🇪🇺 #ERCSyG @ERC_research Coord: @imdeanano

[tomATTO @tomATTOsecond]

How much time fits into one second?

🕕 If we could control processes at the SHORTEST TIME SCALE, can you imagine the possibilities?

A team of researchers at @imdea_nano @uam_madrid @unicomplutense @polimi are already working on this dream project.

🧵 A THREAD

[IMDEA Nanociencia 🔬 @imdeanano]

Esta semana recibimos la visita de los alumnos del IES Luis García Berlanga.

Han conocido cómo los proyectos europeos #TOMATTO y #QUATTO controlan la materia en la escala de tiempo de #attosegundos.

@tomattosecond #EUfunded

[tomATTO @tomATTOsecond]

The @tomATTOsecond consortium meets again in Madrid @imdeanano to discuss the latest progress of the project.

Participants will also get an exclusive first preview of the project documentary—coming very soon. Stay tuned!

🍅 https://t.co/UPXXaIuSKH

@ERC_research #EUfunded

[tomATTO @tomATTOsecond]

New research 📄 @tomATTOsecond researchers show the importance of considering nuclear motion for a correct interpretation of photoionization in a water molecule.

See the #OpenAccess paper in @PhysRevLett https://t.co/2J6HHatkNT

[IMDEA Nanociencia 🔬 @imdeanano]

New computational method captures molecular dynamics after ultrafast excitation.

Researchers capture how electrons and nuclei interact after #attosecond light excitation in a numerically inexpensive way.

⚡️ https://t.co/FLCu1kbxoC

#IMDEAnanoPublications @tomATTOsecond

[tomATTO @tomATTOsecond]

Filming light at 1 quadrillion FPS? Yes 🤯

This video by Veritasium uses a model by Professor Fernando Martín (UAM/IMDEA Nanociencia) to explain how scientists make sense of the trillions of frames captured in a second!

📽️https://t.co/UPImJg2XWZ

[tomATTO @tomATTOsecond]

Filming light at 1 quadrillion FPS? Yes 🤯

This video by @veritasium uses a model by Professor Fernando Martín (@uam_madrid) to explain how scientists make sense of the trillions of frames captured in a second!

📽️https://t.co/UPImJg2XWZ

[Veritasium @veritasium]

What if you keep slowing down?

[tomATTO @tomATTOsecond]

The results have been published in the journal 'Ultrafast Science'.

🔗 Read the summary: https://t.co/Ds5WnCaPJP
📄 The #OpenAccess paper: https://t.co/xiypsZTXY5

[tomATTO @tomATTOsecond]

Researchers from the @tomATTOsecond project use attosecond spectroscopy to explore the ultrafast dynamics of biphenyl.
https://t.co/Ds5WnCaPJP

Charge transfer in molecules is closely linked to the movement of atoms. In particular, for biphenyl...👇️(read the thread)🧵

[tomATTO @tomATTOsecond]

Charge transfer in biphenyl occurs in several stages.
1️⃣ First, the molecule ‘flattens,’ facilitating ultra-fast charge movement.
2️⃣ Then, charge distribution oscillates.

🔁 These observations highlight how electronic and nuclear dynamics are closely connected.

(continues) 🧵

[Science Partner Journals @SPJournals]

JUST PUBLISHED: Ultrafast Structural Reorganization and Charge Dynamics in a Photoionized Donor–Acceptor Biphenyl Molecule

Click here to read the latest free, Open Access article from Ultrafast Science: https://t.co/8RRIWjrXel

[tomATTO @tomATTOsecond]

The @tomATTOsecond meeting in Milan wasn't just about exchanging scientific knowledge. We also filmed some exciting footage! Stay tuned for the release...

🍅 https://t.co/4LcmMpTDWn
#ScienceInAction #SciArt #ScienceAndCinema

[tomATTO @tomATTOsecond]

Researchers of the @ERC_research TomATTO project gathered in Milan @polimi for a two-day meeting to discuss the latest advancements and explore future actions.

Attendees had a chance to tour the remarkable ultrafast optics lab at @dfis_polimi.

↪️ https://t.co/4LcmMpTDWn

[IMDEA Nanociencia 🔬 @imdeanano]

.@polimi acoge la primera reunión del proyecto sinérgico @ERC_research @TomATTOsecond que agrupa 3 grupos de investigación en @imdea_nano @uam_madrid @unicomplutense @dfis_polimi hacia un ambicioso objetivo: mejorar la eficiencia de las células solares.

🔆https://t.co/u6rS9hYR4D

[tomATTO @tomATTOsecond]

The @tomATTOsecond Consortium has gathered in Milano @dfis_polimi @polimi. Great to see each other in 3D! #networking #inperson

TOMATTO aims to capture #ultrafast electron dynamics to enhance solar energy conversion efficiency.
🍅 https://t.co/TW33vAOobn

@ERC_research #EUfunded

[tomATTO @tomATTOsecond]

Rocío Borrego @rociobv, investigadora @CNR_IFN @polimi @dfis_polimi, hablará hoy sobre láseres ultrarrápidos y la #attoquímica, en el programa "Investigadores por el mundo" de @RadioLibertadES.

📻 ¡No te lo pierdas! A las 19:30 👉 https://t.co/TVe6ovvL82

[tomATTO @tomATTOsecond]

Ile czasu zajmuje elektronowi zainicjowanie migracji ładunku w cząsteczce? Odpowiedzi na to pytanie poszukiwali naukowcy wspierani przez UE.

https://t.co/Q1UrsroVon

[tomATTO @tomATTOsecond]

Wie lange dauert es, bis ein Elektron eine Ladungsmigration in Molekülen anregt? Von der EU unterstützte Forschende haben die Antwort.

https://t.co/sjtJKeVyCY @CORDIS_EU

[tomATTO @tomATTOsecond]

Combien de temps faut-il à un électron pour amorcer la migration de la charge dans les molécules? Des chercheurs soutenus par l’UE ont la réponse.

https://t.co/Rtd1dI2FLy

[tomATTO @tomATTOsecond]

¿Cuánto tarda un electrón en iniciar la migración de carga en las moléculas? Investigadores @IMDEA_Nano @UAM_Madrid @quimicasUCM @unicomplutense @polimi respaldados por la Unión Europea tienen la respuesta.

Léelo en @cordis_eu en 6 idiomas 🇪🇸🇮🇹🇬🇧🇫🇷🇩🇪🇵🇱: https://t.co/XTpTfyGIP1

[IMDEA Nanociencia 🔬 @imdeanano]

Investigadores @polimi @UAM_Madrid @IMDEA_Nano @unicomplutense revelan los tiempos necesarios para que un electrón se transfiera de un átomo al ENLACE QUÍMICO adyacente y los cambios estructurales concomitantes.

↪️https://t.co/mEKQQSv77N

@tomATTOsecond @ERC_Research #ERCSyG

[tomATTO @tomATTOsecond]

How long does it take for an electron to initiate charge migration in molecules? EU-backed researchers have the answer.

Read it on @cordis_eu in 6 languages 🇪🇸🇮🇹🇬🇧🇩🇪🇫🇷🇵🇱:
https://t.co/L1TjnzTOhe

[IMDEA Nanociencia 🔬 @imdeanano]

Ultra-high speed camera for molecules ▶️ Attosecond spectroscopy captures the electron transfer dynamics in organic molecules.

📹https://t.co/V5k5QOACxb

1/3 #IMDEAnanoPublications @tomATTOsecond