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Program

SIMS 25 Invited Speakers

★ Plenary Speakers

Jiro Matsuo

Plenary -Benninghoven Award

Kyoto University, Japan

Exploring the Frontiers of SIMS: Pushing Forward TogetherHomepage

Andrew Ewing

Univ. of Gothenburg, Sweden

Chemical Imaging of Subcellular Organization and DynamicsHomepage

Qiuli Li

Institute of Geology and Geophysics, China

The lifespan of the MoonHomepage

★ Keynote Speakers

1. Fundamental

Zbigniew Postawa

Jagiellonian Univ., Poland

Exploring SIMS-Related Phenomena through Recent Computer SimulationsHomepage

Matija Lagator

Rosalind Franklin Inst., UK

Water Cluster Advances for Biological SIMS: Beam Chemistry to Cryogenic ConditionsHomepage

2. Instrumentation

Jean-Nicolas Audinot

LIST, Luxembourg

Advancing Nanoscale Analytics: Compact Magnetic Sector Spectrometer and Continuous Focal Plane Detector for Hyperspectral SIMS ImagingHomepage

Ian Gilmore

NPL, UK

Towards molecular volume imaging with sub-cellular resolutionHomepage

Haiyang Li

DICP, China

Correlated Laser Ionization/TOF-SIMS Imaging Mass Spectrometry with Continuous C60 Ion BeamHomepage

3. AI & Machine Learning and Data Analysis

John Fletcher

Univ. of Gothenburg, Sweden

Data Analysis for Biological SIMS researchHomepage

4. Earth & Env. Sci.

Hisayoshi Yurimoto

Hokkaido Univ., Japan

LIMAS–New horizon of noble gas cosmochemistryHomepage

Yunbin Guan

Caltech, USA

SIMS analysis of hydrogen in nominally anhydrous minerals (NAMs): Technical challenges and implicationsHomepage

5. Materials Sci.

Xiao-Ying Yu

ORNL, USA

Multimodal and Dynamic Chemical Imaging of Material InterfacesHomepage

David Scurr

Univ. of Nottingham, UK

Molecular Insights and Origins of ICE Deposits via OrbiSIMSHomepage

Yanyan Zhang

ICCAS, China

In Situ Variable-Temperature Liquid SIMS for Subzero AnalysisHomepage

6. Life Sci.

Hua Tian

Columbia Univ., USA

Deciphering the single Neuronal Death Narrative: Sub-Micron Spatial Omics via water Cluster/C60 /Plasma SIMSHomepage

Tae Geol Lee

KRISS, Korea

Therapeutic Drug Monitoring of Human Blood Samples by Using Nanosheet-Assisted LDI-TOFHomepage

Haibo Jiang

HKU, China

Visualizing Therapeutics at the Subcellular Scale by NanoSIMSHomepage

7. Industrial Applications

Christine Mahoney

Corning, USA

What Controls Adhesion at Glass-Organic Interfaces?Homepage

Dong Gui

TSMC, China

Quantitative Description of Ion Implantation Profile Based on Pearson DistributionHomepage

8. Correlated Analysis

Jean-Paul Barnes

CEA-LETI, France

Enabling TOF-SIMS based correlative analysis with novel sample preparation and data treatmentHomepage

Rita Tilmann

Univ. Bundeswehr, Germany

Correlative SIMS techniques for semiconductor materials and applicationsHomepage

Yitao Long

Nanjing University, China

Pore-confined ToF-SIMS electrochemistryHomepage

9. Atom Probe Tomography

Guido Schmitz

Univ. Stuttgart, Germany

Mass Spectroscopy in single atom resolution: Polymers & FluidsHomepage

Yuan Wu

USTB, China

Local ordering structure in high-entropy alloys vía APTHomepage

10. Short Course Instructors

Satoka Aoyagi

Seikei Univ., Japan

How machine learning can improve your interpretation of SIMS dataHomepage

Arnaud Delcorte

Univ. Catholique de Louvain, Belgium

Fundamentals of SIMS – From nanocraters to gas phase ionsHomepage

Katie Moore

Univ. of Manchester, UK

Applications of NanoSIMS in biological materialsHomepage

Pawel Michalowski

Institute of Microelectronics and Photonics, Poland

Electronics and 2D Materials: Leveraging SIMS Capabilities and Navigating Instrument Trade-offsHomepage

Rong Hu

Nanjing Tech Univ., China

Cryogenic Atom Probe Tomography (Cryo-APT)Homepage