EMAG 2025

Organised by the Institute of Physics's Electron Microscopy and Analysis Group (EMAG), the 2025 EMAG Conference will be incorporated into mmc2025. 

EMAG Invited Speakers

Patricia Abellan

Patricia Abellan

CNRS, France

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Caterina Ducati

Caterina Ducati

University of Cambridge, UK

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Oriol Gavalda-Diaz

Oriol Gavalda-Diaz

Imperial College London, UK

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Martha Ilett

Martha Ilett

School of Chemical and Process Engineering, University of Leeds, UK

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Lewys Jones

Lewys Jones

Trinity College Dublin, Ireland

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Ana Sanchez

Ana Sanchez

University of Warwick, UK

Mary Scott

Mary Scott

UC Berkeley, USA

Luiz Tizei

Luiz Tizei

CNRS, France

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Peter van Aken

Peter van Aken

Max Planck Institute, Germany

Ton  van Helvoort

Ton van Helvoort

Norwegian University of Science and Technology (NTNU), Trondheim, Norway

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mmc2025 EMAG Keywords

Instrumentation, Techniques and Quantitative Microscopy

  • Advanced EM, electron crystallography and diffraction studies
  • 4D-STEM, phase-sensitive, ptychography and Lorentz techniques
  • Advances in (S)TEM instrumentation and techniques
  • Advances in SEM (CL, EBSD, spectroscopy, STEM, etc)
  • Spectroscopy and spectrum imaging
  • Correlative microscopy
  • Tomography and three-dimensional electron imaging
  • In situ and dynamic microscopy techniques and development
  • Low Dose/Low Voltage Imaging and analysis
  • Advances in cryogenic TEM and cryogenic sample preparation
  • Focused Ion Beam techniques and advances (including FEBID and sample preparation)
  • Detector/Camera Technologies and New Instrumentation
  • Automated Control, Advanced Data Processing and Modelling Techniques
  • ‘Smart’ collection, deep/machine learning and advanced processing of large datasets

Materials

  • Structural materials, composites and metallurgy
  • Functional semiconductor, oxide and advanced materials
  • Natural materials, geological materials and mineralogy
  • Catalytic materials and supports
  • Low-dimensional materials and nanomaterials
  • Energy materials (storage, generation, efficiency, etc)
  • Biological Materials, biomaterials, soft matter, polymers and composites
  • Surface imaging and modification
  • Microscopy of thin films, interfaces and heterostructures
  • High resolution chemical and structural analysis