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14 Jul
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16 Jul
17 Jul
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14 Jul
Sunday
ROOM 1
Thematic area: Technologies. Micromodification
Technologies. Micromodification
15 Jul
ROOM 1
9:15 – 10:30
9.15h – 9.45h Invited I
Yanxin Dou
9.45h – 10h Contributed I
Kunpisit Kosumsupamala
10h – 10.15h Contributed II
Xingni Chai
10.15h – 10.30h Contributed III
Johnny Dias
Applications. Life Sciences & Radiation Oncology
15 Jul
ROOM 1
11:00 – 12:30
11h – 11.30h Invited II
Franck Gobet
11.30h – 11.45h Contributed IV
Philippe Barberet
11.45h – 12.00h Contributed V
Rémy Lienard
12.00h – 12.15h Contributed VI
Theylor Klippel
12.15h – 12.30h Contributed VII
Teruaki Konishi
Thematic area: Applications. Life Sciences & Radiation Oncology
Applications. Life Sciences & Radiation Oncology
15 Jul
ROOM 1
14:00 – 15:30
14.00h – 14.30h Invited III
Aliz Simon
14.30h – 14.45h Contributed VIII
Henrique Fonteles
14.45h – 15h Contributed IX
Diego Lecumberri
15h – 15.15h Contributed X
Matheus Ramos Caloni
15.15h – 15.30h Contributed XI
Christopher Mtshali
Thematic area: Applications. Life Sciences & Radiation Oncology II
Applications. Life Sciences & Radiation Oncology
15 Jul
ROOM 1
16:00 – 17:00
16h – 16.30h Invited IV
Tamon Kusumoto
16.30h – 16.45h Contributed XII
Judith Reindl
16.45h – 17h Contributed XIII
François Vianna-Legros
Thematic area: Applications. Energy applications & Space, microelectronic and others
Applications. Energy applications & Space, microelectronic and others
16 Jul
ROOM 1
9:00 – 10:30
9h – 9.30h Invited V
Gyula Nagy
9.30h – 9.45h Contributed XIV
David Jamieson
9.45h – 10h Contributed XV
Željko Pastuovič
10h – 10.15h Contributed XVI
Milko Jaksic
10.15h – 10.30h Contributed XVII
Sabrina Gouasmia
Thematic area: Technologies. Single ion technology & Quantum technology and nanodevices
Technologies. Single ion technology & Quantum technology and nanodevices
16 Jul
ROOM 1
11:00 – 12:30
11h – 11.30h Invited VI
Steven Clowes
University of Surrey
11.30h – 11.45h Contributed XVIII
Ettore vittone
11.45h – 12.00h Contributed XIX
Andrew Bettiol
12.00h – 12.15h Contributed XX
Claire Léonhart
12.15h – 12.30h Contributed XXI
Elisa Redolfi
Thematic area: Technologies. Single ion technology & Quantum technology and nanodevices II
Technologies. Single ion technology & Quantum technology and nanodevices
16 Jul
ROOM 1
14:00 – 14:30
14.00h – 14.15h Contributed XXII
Elena Nieto Hernández
14.15h – 14:30h Contributed XXIII
Emilio Corte
Thematic area: Applications. Environment, Cultural Heritage and Forensics
Applications. Environment, Cultural Heritage and Forensics
17 Jul
ROOM 1
9:00 – 10:30
9h – 9.30h Invited VII
Laura Guidorzi
9.30h – 9.45h Contributed XXIV
Iva Bogdanović-Radović
9.45h – 10h Contributed XXV
Noelia Maldonado Gavilán
Investigador Postdoctoral CMAM
10h – 10.15h Contributed XXVI
Shuichi Sada
10.15h – 10.30h Contributed XXVII
Thomas Calligaro
Centre de Recherche et de Restauration des Musées de France
Thematic area: Technologies. Detectors
Technologies. Detectors
17 Jul
ROOM 1
11:00 – 12:15
11h – 11.30h Invited VIII
Federico Picollo
11.30h – 11.45h Contributed XXVIII
Zhaohong Mi
11.45h – 12.00h Contributed XXIX
Carmen Torres Muñoz
12.00h – 12.15h Contributed XXX
Karla Ivanković Nizić
Thematic area: Technologies and Applications. Technique Advances and Emerging techniques
Technologies and Applications. Technique Advances and Emerging techniques
18 Jul
ROOM 1
9:00 – 10:30
9h – 9.30h Invited IX
Catia Costa
University of Surrey
9.30h – 9.45h Contributed XXXI
Gary Glass
9.45h – 10h Contributed XXXII
Anja Miokovic
10h – 10.15h Contributed XXXIII
Ce-Belle Chen
10.15h – 10.30h Contributed XXXIV
Melanie Bailey
Thematic area: Technologies and Applications. Technique Advances and Emerging techniques II
Technologies and Applications. Technique Advances and Emerging techniques
18 Jul
ROOM 1
11:00 – 12:30
11h – 11.30h Invited X
Zdravko Siketic
11.30h – 11.45h Contributed XXXV
Matjaz Kavcic
11.45h – 12.00h Contributed XXXVI
Victoria Corregidor
12.00h – 12.15h Contributed XXXVII
Yanxin Dou
12.15h – 12.30h Contributed XXXIII
Matevž Skobe
Thematic area: Technologies. Instrumentation
Technologies. Instrumentation
19 Jul
ROOM 1
9:00 – 10:30
9h – 9.30h Invited XI
Geoffrey Grime
9.30h – 9.45h Contributed XXXIX
Robert Frost
9.45h – 10h Contributed XL
Bibhudutta Rout
10h – 10.15h Contributed XLI
Guanghua Du
10.15h – 10.30h Contributed XLII
Harry J. Whitlow
Yanxin Dou

Dr. DOU Yanxin is a research fellow in the Centre of Ion Beam Applications, National University of Singapore. He has been engaged in research on nuclear microprobe technology and applications since 2013. His research interests are beam optics, ion beam analysis (IBA), ion beam modification, proton beam writing, radiation effects and Geant4 simulation. He develops a software for focus and aberrations of nuclear microprobes published in 2021. He breaks the 10 nm resolution barrier using molecular ions in nuclear microprobes published in 2023. Using the improved nuclear microprobe, he explores the applications of this technology in various fields, including fundamental physics, microfabrication, 2D materials/thin films characterization, space science, bioimaging and radiobiology.

Technologies. Micromodification
15 Jul
ROOM 1
9:15 – 10:30
Intervenes in
9.15h – 9.45h Invited I
Technologies and Applications. Technique Advances and Emerging techniques
18 Jul
ROOM 1
11:00 – 12:30
Intervenes in
12.00h – 12.15h Contributed XXXVII
Kunpisit Kosumsupamala
Technologies. Micromodification
15 Jul
ROOM 1
9:15 – 10:30
Intervenes in
9.45h – 10h Contributed I
Xingni Chai
Technologies. Micromodification
15 Jul
ROOM 1
9:15 – 10:30
Intervenes in
10h – 10.15h Contributed II
Johnny Dias
Technologies. Micromodification
15 Jul
ROOM 1
9:15 – 10:30
Intervenes in
10.15h – 10.30h Contributed III
Rémy Lienard
Applications. Life Sciences & Radiation Oncology
15 Jul
ROOM 1
11:00 – 12:30
Intervenes in
11.45h – 12.00h Contributed V
Philippe Barberet
Applications. Life Sciences & Radiation Oncology
15 Jul
ROOM 1
11:00 – 12:30
Intervenes in
11.30h – 11.45h Contributed IV
Theylor Klippel
Applications. Life Sciences & Radiation Oncology
15 Jul
ROOM 1
11:00 – 12:30
Intervenes in
12.00h – 12.15h Contributed VI
Henrique Fonteles
Applications. Life Sciences & Radiation Oncology
15 Jul
ROOM 1
14:00 – 15:30
Intervenes in
14.30h – 14.45h Contributed VIII
Diego Lecumberri
Applications. Life Sciences & Radiation Oncology
15 Jul
ROOM 1
14:00 – 15:30
Intervenes in
14.45h – 15h Contributed IX
Matheus Ramos Caloni
Applications. Life Sciences & Radiation Oncology
15 Jul
ROOM 1
14:00 – 15:30
Intervenes in
15h – 15.15h Contributed X
Judith Reindl
Applications. Life Sciences & Radiation Oncology
15 Jul
ROOM 1
16:00 – 17:00
Intervenes in
16.30h – 16.45h Contributed XII
François Vianna-Legros
Applications. Life Sciences & Radiation Oncology
15 Jul
ROOM 1
16:00 – 17:00
Intervenes in
16.45h – 17h Contributed XIII
David Jamieson
Applications. Energy applications & Space, microelectronic and others
16 Jul
ROOM 1
9:00 – 10:30
Intervenes in
9.30h – 9.45h Contributed XIV
Željko Pastuovič
Applications. Energy applications & Space, microelectronic and others
16 Jul
ROOM 1
9:00 – 10:30
Intervenes in
9.45h – 10h Contributed XV
Sabrina Gouasmia
Applications. Energy applications & Space, microelectronic and others
16 Jul
ROOM 1
9:00 – 10:30
Intervenes in
10.15h – 10.30h Contributed XVII
Ettore vittone
Technologies. Single ion technology & Quantum technology and nanodevices
16 Jul
ROOM 1
11:00 – 12:30
Intervenes in
11.30h – 11.45h Contributed XVIII
Andrew Bettiol
Technologies. Single ion technology & Quantum technology and nanodevices
16 Jul
ROOM 1
11:00 – 12:30
Intervenes in
11.45h – 12.00h Contributed XIX
Claire Léonhart
Technologies. Single ion technology & Quantum technology and nanodevices
16 Jul
ROOM 1
11:00 – 12:30
Intervenes in
12.00h – 12.15h Contributed XX
Elisa Redolfi
Technologies. Single ion technology & Quantum technology and nanodevices
16 Jul
ROOM 1
11:00 – 12:30
Intervenes in
12.15h – 12.30h Contributed XXI
Elena Nieto Hernández
Technologies. Single ion technology & Quantum technology and nanodevices
16 Jul
ROOM 1
14:00 – 14:30
Intervenes in
14.00h – 14.15h Contributed XXII
Emilio Corte
Technologies. Single ion technology & Quantum technology and nanodevices
16 Jul
ROOM 1
14:00 – 14:30
Intervenes in
14.15h – 14:30h Contributed XXIII
Iva Bogdanović-Radović
Applications. Environment, Cultural Heritage and Forensics
17 Jul
ROOM 1
9:00 – 10:30
Intervenes in
9.30h – 9.45h Contributed XXIV
Noelia Maldonado Gavilán
Investigador Postdoctoral CMAM
Applications. Environment, Cultural Heritage and Forensics
17 Jul
ROOM 1
9:00 – 10:30
Intervenes in
9.45h – 10h Contributed XXV
Shuichi Sada
Applications. Environment, Cultural Heritage and Forensics
17 Jul
ROOM 1
9:00 – 10:30
Intervenes in
10h – 10.15h Contributed XXVI
Thomas Calligaro
Centre de Recherche et de Restauration des Musées de France
Applications. Environment, Cultural Heritage and Forensics
17 Jul
ROOM 1
9:00 – 10:30
Intervenes in
10.15h – 10.30h Contributed XXVII
Zhaohong Mi
Technologies. Detectors
17 Jul
ROOM 1
11:00 – 12:15
Intervenes in
11.30h – 11.45h Contributed XXVIII
Carmen Torres Muñoz
Technologies. Detectors
17 Jul
ROOM 1
11:00 – 12:15
Intervenes in
11.45h – 12.00h Contributed XXIX
Karla Ivanković Nizić
Technologies. Detectors
17 Jul
ROOM 1
11:00 – 12:15
Intervenes in
12.00h – 12.15h Contributed XXX
Gary Glass
Technologies and Applications. Technique Advances and Emerging techniques
18 Jul
ROOM 1
9:00 – 10:30
Intervenes in
9.30h – 9.45h Contributed XXXI
Anja Miokovic
Technologies and Applications. Technique Advances and Emerging techniques
18 Jul
ROOM 1
9:00 – 10:30
Intervenes in
9.45h – 10h Contributed XXXII
Ce-Belle Chen
Technologies and Applications. Technique Advances and Emerging techniques
18 Jul
ROOM 1
9:00 – 10:30
Intervenes in
10h – 10.15h Contributed XXXIII
Melanie Bailey
Technologies and Applications. Technique Advances and Emerging techniques
18 Jul
ROOM 1
9:00 – 10:30
Intervenes in
10.15h – 10.30h Contributed XXXIV
Matjaz Kavcic
Technologies and Applications. Technique Advances and Emerging techniques
18 Jul
ROOM 1
11:00 – 12:30
Intervenes in
11.30h – 11.45h Contributed XXXV
Matevž Skobe
Technologies and Applications. Technique Advances and Emerging techniques
18 Jul
ROOM 1
11:00 – 12:30
Intervenes in
12.15h – 12.30h Contributed XXXIII
Robert Frost
Technologies. Instrumentation
19 Jul
ROOM 1
9:00 – 10:30
Intervenes in
9.30h – 9.45h Contributed XXXIX
Bibhudutta Rout
Technologies. Instrumentation
19 Jul
ROOM 1
9:00 – 10:30
Intervenes in
9.45h – 10h Contributed XL
Guanghua Du
Technologies. Instrumentation
19 Jul
ROOM 1
9:00 – 10:30
Intervenes in
10h – 10.15h Contributed XLI
Harry J. Whitlow
Technologies. Instrumentation
19 Jul
ROOM 1
9:00 – 10:30
Intervenes in
10.15h – 10.30h Contributed XLII
Franck Gobet

My research activity aims to characterize experimentally and numerically the relaxation of complex systems put into non-equilibrium states after intense and localized energy deposition by atomic or electronic collision, as well as by intense laser-matter interaction. By combining statistical physics and nuclear instrumentation, I have been able to carry out original studies of the dynamic and statistical properties of various systems under high energy deposition: single molecules, molecular clusters, plasma, and more recently, liquid water or DNA in solution exposed to very high proton fluences. 

 

Applications. Life Sciences & Radiation Oncology
15 Jul
ROOM 1
11:00 – 12:30
Intervenes in
11h – 11.30h Invited II
Teruaki Konishi
Applications. Life Sciences & Radiation Oncology
15 Jul
ROOM 1
11:00 – 12:30
Intervenes in
12.15h – 12.30h Contributed VII
Aliz Simon
Applications. Life Sciences & Radiation Oncology
15 Jul
ROOM 1
14:00 – 15:30
Intervenes in
14.00h – 14.30h Invited III
Tamon Kusumoto

I have been recently tackling to measure yields of water radiolysis species to elucidate the mechanism of FLASH radiotherapy performed at ultra-high dose rate. Now, our team is working on more advanced parts regarding the FLASH mechanism, DNA strand break and surviving fraction of living cells for example. Collaboration is very welcome to understand phenomena in the chemical phase, so please talk to me with coffee or beer.

Applications. Life Sciences & Radiation Oncology
15 Jul
ROOM 1
16:00 – 17:00
Intervenes in
16h – 16.30h Invited IV
Gyula Nagy

Gyula Nagy is currently working as a post-doctoral researcher in the Ion Physics Group at Uppsala University. His main research revolves around ion microscopy in interdisciplinary fields, starting from materials chemistry towards biological research. In particular, he is actively working on elemental depth profiling of complex sample systems using ion beams

Applications. Energy applications & Space, microelectronic and others
16 Jul
ROOM 1
9:00 – 10:30
Intervenes in
9h – 9.30h Invited V
Milko Jaksic
Applications. Energy applications & Space, microelectronic and others
16 Jul
ROOM 1
9:00 – 10:30
Intervenes in
10h – 10.15h Contributed XVI
Steven Clowes
University of Surrey

Professor of Physics in the Surrey Ion Beam Centre, UK. Director of the ESPRC International Network RAISIN, for the development of deterministic implantation for quantum applications. 

Technologies. Single ion technology & Quantum technology and nanodevices
16 Jul
ROOM 1
11:00 – 12:30
Intervenes in
11h – 11.30h Invited VI
Laura Guidorzi

Laura Guidorzi is currently a Research Technologist at the Physics Department of the University of Torino. She is a Material Scientist by training and she obtained her PhD in Chemical and Materials Sciences in 2021 from University of Torino with a thesis on the study of lapis lazuli ranging from the provenance determination to the investigation of its luminescence activators and quenchers. Her research activities focus on the application of physical techniques such as X-ray fluorescence spectroscopy, radiography and tomography, TL dating and Ion Beam Analysis to Cultural Heritage materials for provenance studies and conservation and restoration support.

Applications. Environment, Cultural Heritage and Forensics
17 Jul
ROOM 1
9:00 – 10:30
Intervenes in
9h – 9.30h Invited VII
Federico Picollo

Dr. Federico Picollo is a professor of the Physics Department of the University of Torino working on applied physics aimed at developing innovative devices for applications in biosensing and radiobiology. In particular, he coordinates a research line focused on the development and application of artificial diamond biosensors for the study of cell cultures (eg neuronal networks) or tissues (eg cardiac tissue or glands) and more recently he established a new activity aimed at the use of artificial diamond devices to evaluate the effects of ionizing radiation on the secretory activity of individual cells. 

 

Technologies. Detectors
17 Jul
ROOM 1
11:00 – 12:15
Intervenes in
11h – 11.30h Invited VIII
Catia Costa
University of Surrey

Catia Costa obtained her PhD from the University of Surrey in 2016, focusing on the development of a rapid mass spectrometry method for drug detection using fingerprints as a testing matrix. After, she joined the Surrey Ion Beam Centre as a Liaison Fellow, where she is exploring the combination of ion beam analysis and mass spectrometry for biological applications.

Technologies and Applications. Technique Advances and Emerging techniques
18 Jul
ROOM 1
9:00 – 10:30
Intervenes in
9h – 9.30h Invited IX
Zdravko Siketic

Zdravko Siketić is employed as a Senior Researcher in the Laboratory for Ion Beam Interactions at the Ruđer Bošković Institute in Zagreb, Croatia. Since 2024, he has also held the position of Head of Laboratory. His main research interests are the development of scientific instrumentation and analytical techniques, the use of various Ion Beam Analysis methods for material characterisation and modification, and the investigation of fundamental parameters of the interaction of charged particles with materials. In the last ten years, his work has focused on advancing and application of MeV Secondary Ion Mass Spectrometry for the analysis of samples from various fields such as biology, forensics and cultural heritage. According to the Web of Science Core Collection database, he has authored a total of 103 scientific papers. Of these publications, over 20 deal specifically with the MeV SIMS technique.

Technologies and Applications. Technique Advances and Emerging techniques
18 Jul
ROOM 1
11:00 – 12:30
Intervenes in
11h – 11.30h Invited X
Victoria Corregidor
Technologies and Applications. Technique Advances and Emerging techniques
18 Jul
ROOM 1
11:00 – 12:30
Intervenes in
11.45h – 12.00h Contributed XXXVI
Geoffrey Grime

Geoff Grime is one of the pioneers of nuclear microbeam technology and applications. In the1970s, together with Frank Watt at the Nuclear Physics Laboratory of the University of Oxford, he developed the beam optics methods crucial to the understanding of MeV Ion microbeams and in 1980 was part of the team that built the first MeV microbeam with 1 µm resolution.   Since then, at Oxford, and from 2002 at the University of Surrey Ion Beam Centre, he has continued to explore new methods and applications of MeV microbeams and has made significant contributions to subjects ranging from Archaeology to Zoology.  He was a founder of Oxford Microbeams Ltd and is the author of two software packages widely used for modelling focusing systems (WinTRAX) and data collection and processing (OMDAQ).

Technologies. Instrumentation
19 Jul
ROOM 1
9:00 – 10:30
Intervenes in
9h – 9.30h Invited XI
Christopher Mtshali
Applications. Life Sciences & Radiation Oncology
15 Jul
ROOM 1
14:00 – 15:30
Intervenes in
15.15h – 15.30h Contributed XI
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