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Lund activities within superheavy element research Atoms containing atomic nuclei with more than 103 protons are classed as 'superheavy'. We explore superheavy nuclei both in terms of their nuclear structure as well as their mere existence. To date (2023), no atomic nuclei with a proton number in excess of Z=118 have been observed. In the wake of the discovery of superheavy elements, nuclear spect

https://www.particle-nuclear.lu.se/experimental-particle-and-nuclear-physics/nuclear-structure/superheavy-elements - 2025-12-07

Lund activities along the proton dripline in medium mass nuclei Atomic nuclei with the same number of protons and neutrons (N=Z) or those with proton and neutron numbers exchanged ("mirror nuclei") are laboratories to study certain symmetries of the nuclear force. Further, between doubly-magic 56Ni and 100Sn, the N=Z line is close to the proton dripline. This adds aspects of proton-unbound states

https://www.particle-nuclear.lu.se/experimental-particle-and-nuclear-physics/nuclear-structure/proton-dripline-studies - 2025-12-07

Chemistry and Physics of Heavy and Superheavy Elements (Bäckaskog Castle, 2016) This is an updated version of the NS160 website originally hosted at https://www.nuclear.lu.se/ns160/. The proceedings of the Nobel Symposium NS160 have been available online (open access) at EPJ Web of Conferences (volume 131 (external page) , online since December 1st, 2016). Chemistry and Physics of Heavy and Superh

https://www.particle-nuclear.lu.se/ns160 - 2025-12-07

Chemistry and Physics of Heavy and Superheavy Elements (Bäckaskog Castle, 2016) Organizing CommitteeThe Nobel Symposium is jointly organized from physicists and chemists from Lund University:Prof. Lars Ivar Elding, Department of Chemistry, Lund University, Lars_Ivar [dot] Elding [at] chem [dot] lu [dot] se (Lars_Ivar[dot]Elding[at]chem[dot]lu[dot]se)Prof. Claes Fahlander, Department of Physics, Lu

https://www.particle-nuclear.lu.se/ns160/organizing-committee - 2025-12-07

Chemistry and Physics of Heavy and Superheavy Elements (Bäckaskog Castle, 2016) ParticipantsOrganizing Committee:Prof. Lars Ivar Elding, Lund University, SwedenProf. Claes Fahlander, Lund University, SwedenProf. Dirk Rudolph, Lund University, SwedenProf. Sven Åberg, Lund University, SwedenConference secretariat:Katarina Lindqvist, Lund University, SwedenYulia Lindholm, Lund University, SwedenSuppo

https://www.particle-nuclear.lu.se/ns160/participants - 2025-12-07

Chemistry and Physics of Heavy and Superheavy Elements (Bäckaskog Castle, 2016) Final program Final Program - Session by SessionMonday, May 30:09.00-10.35 INTRODUCTION (Discussion Leader: D. Rudolph)P. Pyykkö, University of HelsinkiM. Leino, University of Jyväskylä11.00-12.25 NUCLEAR STRUCTURE (Discussion Leader: S. Åberg)P.-H. Heenen, University of BrusselsR.M. Clark, Lawrence Berkeley National L

https://www.particle-nuclear.lu.se/ns160/program - 2025-12-07

Chemistry and Physics of Heavy and Superheavy Elements (Bäckaskog Castle, 2016) VenueThe venue of the Nobel Symposium is Bäckaskog Castle (external page), close to the city of Kristianstad in eastern Scania, Sweden. All invited participants enjoy free lodging and a full board Swedish cuisine during the time of the symposium, i.e. May 29th through June 3rd. It is the strong wish of the organizers,

https://www.particle-nuclear.lu.se/ns160/venue-travel - 2025-12-07

We can normally offer diploma projects within each of the three subtopics discussed under the nuclear astrophysics and reactions page. Diploma  projects related to experiments at ISOLDEISOLDE diploma projects are currently focused on data analysis, simulations and machine development. Students within these projects often get the opportunity to spend time, in some cases also the complete project wi

https://www.particle-nuclear.lu.se/experimental-particle-and-nuclear-physics/nuclear-astrophysics-reactions/degree-projects-nuclear-astrophysics-and-reactions - 2025-12-07

If you are interested in a degree project related to our ongoing projects, please contact Kristina Eriksson Stenström. Contacts: Kristina Stenström

https://www.particle-nuclear.lu.se/experimental-particle-and-nuclear-physics/bar-biospheric-and-anthropogenic-radioactivity/degree-projects-bar - 2025-12-07

The Lund HIBEAM-NNBAR group is involved in many aspects of the experiment, including but not limited to the design of the annihilation detector and of the software framework, which are currently under intense development by the collaboration. Examples of projects:particle identification and event selection using machine learning techniquesstudy of alternative annihilation detectors for the experim

https://www.particle-nuclear.lu.se/experimental-particle-and-nuclear-physics/hibeam-nnbar/degree-projects-hibeam-nnbar - 2025-12-07

Finding people inside a widely branched building like the Department of Physics can be a daunting task. The Division of Particle and Nuclear Physics is located in the two lower floors of Building K, namely K200 and K300. In case you are looking for a particular person, find the person under people, identify the office number, and come by for a personal visit! This map shows the easiest entrance to

https://www.particle-nuclear.lu.se/contact/find-division - 2025-12-07

LU student theses in connection with our research on superheavy nuclei and related areas. PhD ThesesYuliia Hrabar, ongoingAnton Såmark-Roth, Spectroscopy along Decay Chains of Element 114, Flerovium, June 2021Christian Lorenz, Quantum-state Selective Nuclear Decay Spectroscopy, January 2019Ulrika Forsberg, Element 115, May 2016MSc ThesesTanvir Sayed, ongoingAnton Roth, Extraction of energy and tim

https://www.particle-nuclear.lu.se/experimental-particle-and-nuclear-physics/nuclear-structure/superheavy-elements/theses - 2025-12-07

Main publications on superheavy element research. OverviewD. Rudolph, Results and plans for nuclear spectroscopy of superheavy nuclei: the Lund perspective, Eur. Phys. J. A 58, 242 (2022)D. Rudolph (Editor), Nobel Symposium NS160 – Chemistry and Physics of Heavy and Superheavy Elements, EPJ Web of Conferences 131 (2016)U. Forsberg et al., A new assessment of the alleged link between element 115 an

https://www.particle-nuclear.lu.se/experimental-particle-and-nuclear-physics/nuclear-structure/superheavy-elements/publications - 2025-12-07

LU student theses in connection with our research within the HISPEC/DESPEC experiment and its earlier incarnations at GSI Darmstadt. PhD ThesesNataša Lalović, Nuclear Structure Studies near 208Pb and γ-ray Imaging Techniques, June 2017Robert Hoischen, Isotope-selective Spectroscopy: Fast Timing R&D and fp-Shell Mirror Isomers, March 2011Milena Mineva, Spectroscopic Studies of Isomers Produced in R

https://www.particle-nuclear.lu.se/experimental-particle-and-nuclear-physics/nuclear-structure/hispecdespec-experiment/theses - 2025-12-07

Selection of publications concerning HISPEC/DESPEC and its predecessors PreSPEC(-AGATA) as well as RISING at GSI Darmstadt, Germany. OverviewW. Korten et al., Physics opportunities with the Advanced Gamma Tracking Array: AGATA, Eur. Phys. J. A 56, 137 (2020) [Chapter 3.1]N. Pietralla et al., On the Road to FAIR: 1st Operation of AGATA in PreSPEC at GSI, EPJ Web of Conferences 66, 02083 (2014)D. Ru

https://www.particle-nuclear.lu.se/experimental-particle-and-nuclear-physics/nuclear-structure/hispecdespec-experiment/publications - 2025-12-07

Metaboliter är produkter från ämnesomsättningen. Exempel på metaboliter är aminosyror och olika fetter som cirkulerar i blodet. De kan komma från kroppens celler, lever och fettväv men också från tarmfloran och det vi äter.I TEDDY studien har barnen lämnat ett blodprov var tredje månad från 3 månader fram till fyra års ålder.  TEDDY har försökt ta reda på om det finns förändringar i barnens metabo

https://www.teddy.lu.se/resultat-fran-teddy/alla-forskningsartiklar/autoantikroppar/finns-det-metaboliter-i-barnens-blod-som-flaggar-att-autoantikroppar-haller-pa-att-bildas-2020 - 2025-12-07

TEDDY-studien har varit igång sedan 2004. Barnen har följts regelbundet från 3 månaders ålder till 15 år. Det betyder att några barn fyllt 15 år och därmed gått i mål i TEDDY. Vilka fantastiska familjer som hållit ut hela tiden. Alla barn som deltar i TEDDY har en livslång ärftlig risk att utveckla autoimmun (typ 1) diabetes, celiaki och sköldkörtelsjukdom. Barn i TEDDY har insjuknat i en eller fl

https://www.teddy.lu.se/att-vara-med-i-teddy/detta-hander-pa-teddy-besoken/15-ar-i-teddy - 2025-12-07

Forskningsartiklar som handlar om barnen i TEDDY-studien. Förstår barnen i TEDDY-studien att de har en förhöjd risk att utveckla autoimmun typ 1-diabetes? 2025Hur har TEDDY-studien lyckats behålla sina deltagare? 2025TEDDY-studien fram till 2024: Vad har vi lärt oss och hur går vi vidare? 2025Vilka faktorer under TEDDY-studiens första år påverkade efterföljande deltagande? 2023Är det möjligt att u

https://www.teddy.lu.se/resultat-fran-teddy/alla-forskningsartiklar/deltagare - 2025-12-07

En aktigraf bestämmer barnets aktivitet under dygnets alla 24 timmar genom att mäta alla rörelser i alla led.TEDDY barn har haft en aktigraf på sig under en veckas tid en gång per år.  Den fysiska aktiviteten anges i minuter per dag. En dag är 1444 minuter.Ett av TEDDY’s syften är att ta reda på om fysisk aktivitet påverkar risken att få autoantikroppar och diabetes. Det första var att ta reda på

https://www.teddy.lu.se/resultat-fran-teddy/alla-forskningsartiklar/deltagare/i-vilket-land-ar-teddy-barnen-mest-aktiva-2020 - 2025-12-07

Kroppsstorlek tros påverka utvecklingen av autoimmunitet och autoimmun (typ 1) diabetes.Kopplingen mellan gentypen HLA-DQ och kroppsstorlek undersöktes hos barn med förhöjd ärftlig risk att utveckla autoimmun diabetes.Vikt och längd togs regelbundet på 5 969 TEDDY-barn mellan 2 och 4 års ålder.Hos barn med genvarianten HLA-DQ2/8 minskade förekomsten av fetma något med ökande ålder.Hos barn med gen

https://www.teddy.lu.se/resultat-fran-teddy/alla-forskningsartiklar/deltagare/paverkar-hla-dq-kroppsstorlek-2014 - 2025-12-07