Paul Szabo

Researcher @ucbssl @ucberkeley. Studying the interaction between ions and planetary surfaces.

[Georg Harrer @gmeni]

Thanks for coming all the way. Spread the News! Retweet, Like, Comment, Subscribe.
To paraphrase @fritz_aumayr: "This is the closest we have been to the Nobel Prize. For now ;-)"

[Georg Harrer @gmeni]

We are very happy that our paper https://t.co/xEr5RJ7nLd has been marked as Editors' Suggestion by @PhysRevLett and is featured in @APSphysics https://t.co/RoVQZw8GmQ.
In this thread I try to explain our research using GIFs (1/7)

[TU Wien @tu_wien]

Superzeitlupe für Elektronen: Wenn geladene Teilchen eine Oberfläche durchschlagen, laufen in kürzester Zeit komplexe Prozesse ab. Einem Team der TU Wien gelang es, diese Phänomene erstmals zeitlich aufzulösen.
https://t.co/PNvhp5uK2G

[Fritz Aumayr @fritz_aumayr]

In our most recent joint paper with @helsinkiuni & @La_UPM we demonstrate that nanocolumnar tungsten is indeed a promising option for a plasma facing materials in future fusion reactors due to a globally reduced sputtering.
#TUWien, @tuvienna, #Fusion https://t.co/UtkMZ6gkN6

[Sebastian Pucher 🦋 @sebastian-pucher.bsky.social @PucherSebastian]

1/n I am happy to announce that our paper on "Atomic spin-controlled non-reciprocal Raman amplification of fibre-guided light" with me as first author has been published in @NaturePhotonics:

https://t.co/iVsqHgCqy8

⬇️More below⬇️

[The Planetary Science Journal @AAS_PSJ]

Evolution of Mercury's Earliest Atmosphere
By N. Jäggi et al.
https://t.co/Xp5p1yWFQX
#PlanetaryScienceJournal

[time4ions @time4ions]

Is energy loss per path length the same as the stopping force? In our recent @PhysRevA we answer this question! https://t.co/HA9FuZS2Qn

[TU Wien @tu_wien]

TUW_Wissenschaftler_innen haben den Einfluss der Rauigkeit einer Oberfläche beim #Sputtering untersucht. Mögliche Anwendungsgebiete: Fusionsforschung, astrophysikalische Studien, neue Modellierungsverfahren in der Industrie. Mehr dazu: https://t.co/Q5oe3oauVi #Sputter

[Fritz Aumayr @fritz_aumayr]

In our recent work, we @TUvienna
explain, how the sputtering yield depends on the surface roughness (important for #Fusion, #Astrophysics)
https://t.co/N4pD6VQ9AQ

[Fritz Aumayr @fritz_aumayr]

Combination of in-situ ion beam analysis and thermal desorption spectroscopy for studying deuterium implanted in tungsten https://t.co/vYreyeqyC7 via @IOPscience

[time4ions @time4ions]

https://t.co/6ZKbvxHdTZ

[Phys.org @physorg_com]

How ions get their electrons back @tuvienna @CommsPhys https://t.co/60CGvLRQlk

[Fritz Aumayr @fritz_aumayr]

Just out – by peeling graphite layer by layer we uncover how ions recapture their electrons when moving through solid material.
#TUWien
@tuvienna
https://t.co/1uSWSc0oRy

[time4ions @time4ions]

Ever wondered what happens to a highly charged ion inside a material? By peeling graphite layer by layer we unravel how ions neutralise when going through a material.
@CommsPhys @tuvienna

https://t.co/m2hDJq7ZQg

[Fritz Aumayr @fritz_aumayr]

This study presents methods to create and analyze mineral powder pellets for ion irradiation experiments relevant for rocky planetary bodies including the Moon and Mercury. https://t.co/zsf6aSwD9K

[Fritz Aumayr @fritz_aumayr]

Haben Sie Interesse, ein Experimentalphysik-Labor zu besuchen? Dann begleiten Sie uns auf unserer virtuellen Laborführung: https://t.co/FeCedifrFP

[NASA @NASA]

Potato-looking Martian moon Phobos may hold clues to Mars’ ancient past in its soil, new research shows: https://t.co/ye6YoGHGKy

[Nature Geoscience @NatureGeosci]

NGeo: Martian atmospheric atoms are implanted in and alter regolith grains on the nearside surface of Phobos

https://t.co/3lhLoFr6ar

[JGR-Planets @jgrplanets]

Experimental Insights Into Space Weathering of Phobos: Laboratory Investigation of Sputtering by Atomic and Molecular Planetary Ions https://t.co/pplZ745kK8 Oxygen ions from the atmosphere of Mars dominate erosion of the surface of Phobos when the planet shadows the solar wind