[Dhg] Fwd: Subatomic, High-energy, and Plasma physics seminar, Fri 28/2 at 13.15, by Fredrik Parnefjord Gustafsson

[Dag Hanstorp]

-------- Forwarded Message --------
Subject: 	Subatomic, High-energy, and Plasma physics seminar, Fri 28/2 
at 13.15, by Fredrik Parnefjord Gustafsson
Date: 	Tue, 25 Feb 2025 09:29:39 +0100
From: 	Andreas Ekström <andreas.ekstrom at chalmers.se>
To: 	Alberto Scalesi <alberto.scalesi at chalmers.se>, Alma Cavallin 
<almaca at student.chalmers.se>, Anders Hellman 
<anders.hellman at chalmers.se>, Andreas Heinz <andreas.heinz at chalmers.se>, 
Anna Kawecka <anna.kawecka at chalmers.se>, Annelie Lycklund 
<lycklund at chalmers.se>, Antonio Galia <galiaa at chalmers.se>, Arkady 
Gonoskov <arkady.gonoskov at physics.gu.se>, Bengt Ew Nilsson 
<bengt.ew.nilsson at chalmers.se>, Bengt-Erik Mellander 
<f5xrk at chalmers.se>, Björn Jonson <bjorn.jonson at chalmers.se>, Christian 
Forssén <christian.forssen at chalmers.se>, Christophe Demaziere 
<demaz at chalmers.se>, Dag Hanstorp <Dag.Hanstorp at physics.gu.se>, Daniel 
Phillips <daniel.phillips at chalmers.se>, Einar Urdshals 
<urdshals at chalmers.se>, Emil Raaholt Ingelsten <emilraa at chalmers.se>, 
Eric Nilsson <nieric at chalmers.se>, Fredrik Öhrlund 
<fredrik.ohrlund at fysik.lu.se>, Gabriele Ferretti 
<gabriele.ferretti at chalmers.se>, Göran Hugo Nyman 
<goran.nyman at chalmers.se>, Gustav Strandlycke 
<gusstr at student.chalmers.se>, Hans Törnqvist 
<hans.tornqvist at chalmers.se>, Håkan T Johansson <f96hajo at chalmers.se>, 
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Ingemar Magnusson <ingemar.magnusson at gmail.com>, Istvan Pusztai 
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<lisa.gahnertz at chalmers.se>, Lise Hanebring 
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<lucasab at student.chalmers.se>, Maria Vittoria Managlia 
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<martin.cederwall at chalmers.se>, Mathias Samuelsson 
<mathias.samuelsson at physics.gu.se>, Matthias Holl 
<matthias.holl at chalmers.se>, Mattias Marklund 
<mattias.marklund at physics.gu.se>, Michael Quin 
<michael.quin at physics.gu.se>, Michal Iglicki 
<michal.iglicki at chalmers.se>, Mikhail Zhukov 
<mikhail.zhukov at chalmers.se>, Moad al-Dbissi 
<moad.al-dbissi at chalmers.se>, Oliver Thim <oliver.thim at chalmers.se>, 
Oscar Muhr <muoscar at student.chalmers.se>, Oskar Vallhagen 
<vaoskar at chalmers.se>, Paolo Vinai <vinai at chalmers.se>, Raimund Feifel 
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<riccardo.catena at chalmers.se>, Richard Matthias Geilhufe 
<matthias.geilhufe at chalmers.se>, Salma Hussein 
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Salvatore Li Muli <simone.limuli at chalmers.se>, Taylor Gray 
<taylor.gray at chalmers.se>, Thomas Jerkvall 
<jerkvall at student.chalmers.se>, Thomas Nilsson 
<Thomas.Nilsson at chalmers.se>, Tom Blackburn 
<tom.blackburn at physics.gu.se>, Tünde-Maria Fülöp 
<tunde.fulop at chalmers.se>, Ulf Gran <ulf.gran at chalmers.se>, Umberto 
Picchini <picchini at chalmers.se>, Theresa Magdalena Backes 
<theresab at student.chalmers.se>, Björn Zaar <bjorn.zaar at chalmers.se>



Hi all,

Welcome to the Subatomic, High energy, and Plasma physics seminar this 
Friday (28/2) at 13.15 in the von Bahr meeting room (top floor Soliden).

//

*Title*: “Antimatter-Matter Atoms: A Powerful Tool for Fundamental 
Physics and Nuclear Research”

*Speaker*: Fredrik Parnefjord Gustafsson, CERN

*Abstract: *At the European Organization for Nuclear Research (CERN), 
there is a unique laboratory known as the Antimatter Factory. In this 
facility, antiprotons, the antimatter counterpart of protons, are 
produced and slowed down using the ELENA and the Antiproton Decelerator 
(AD). These low-energy antiprotons are trapped in sophisticated 
experiments designed to test fundamental symmetries of nature, for 
example, by creating antihydrogen atoms to examine CPT symmetry and the 
effects of gravity on antimatter. Due to recent advancements in 
techniques for manipulating antiprotons, there has been a renewed 
interest in the study of antimatter-matter bound systems, especially 
antiprotonic atoms. In these exotic atoms, a heavy antiproton replaces 
an electron, forming orbits significantly closer to the nucleus than 
those of bound electrons. These deeply bound states create a unique 
environment for probing high-field quantum electrodynamics, study 
nuclear structure (such as the nuclear "skin"), and as a result of the 
antiproton annihilation on the nucleus, provides a novel mechanism for 
synthesizing highly charged, radioactive ions directly within a trapping 
environment. This seminar will present the state-of-the-art techniques 
currently being developed at this facility and the research prospects of 
this rapidly developing field.**

Seminar Schedule spring 2025

(version Feb-25)

February 28       Fredrik Parnefjord Gustafsson (CERN)

March 7               Johannes Hoffmann (GU Physics)

March 28 Bernhard Meirose (Lund/SHP)

April 4                  open slot

April 11                Christian Forssén (SHP)

April 25                Samuel Fletcher (Oxford)

May 9                    Dag Hanstorp (GU Physics)

May 16                 TBA

May 23                 Oliver Thim (SHP)

Best,

Andreas

Ps: please let me know if you think someone should be added to the email 
list. Also let me know if you would like to be removed from it.
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