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405 - Transport at Nanoscale Interfaces
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Charge and heat transport through graphene nanoribbon based devices
Decoding Alzheimer’s Protein Aggregation in Body Fluids
Electron hydrodynamics in graphene heterostructures
Fabrication and characterization of THz metasurfaces
Flexible graphene-based THz detectors
Gate-defined quantum confinement in graphene superlattice
Machine Learning Augmented Red Blood Cell Imaging and Analytics
Stress and thermal characterization of bent graphene using THz na-noscopy
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Quantum Devices
Carbon based devices
Van der Waals heterostructures and devices
Quantum dots devices
Machine learning
Research Infrastructure
Nanoelectronics and Nano-Optics
Photodetectors
Ionic-Conductivity in MO
Electrohydrodynamic nanoprinting
Perovskite Photodetectors
Micro- and Nano- Structuring
Recent Projects
Biosensing and Functional Surfaces
Watching Alzheimer's Proteins Assemble
Seeing blood at the nanoscale
Chemical Profiling of Alzheimer's Proteins
Gallery
Team
Nanomaterials Spectroscopy and Imaging
Current Projects
THz Science
3D Printing
Measurement Techniques
Recent Projects
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Automation / Software
Electronic Development
Measurement
Projects
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2024 Publications
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2022 Publications
2021 Publications
2020 Publications
2019 Publications
2018 Publications
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PhD Thesis
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Open Positions
Former Members
Education
Lectures
MCES
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Charge and heat transport through graphene nanoribbon based devices
Decoding Alzheimer’s Protein Aggregation in Body Fluids
Electron hydrodynamics in graphene heterostructures
Fabrication and characterization of THz metasurfaces
Flexible graphene-based THz detectors
Gate-defined quantum confinement in graphene superlattice
Machine Learning Augmented Red Blood Cell Imaging and Analytics
Stress and thermal characterization of bent graphene using THz na-noscopy
Lehrstelle / Apprentice
Intro
Einblick in die Lehre
Lehrlingsprojekte
IAESTE students
Transport at Nanoscale Interfaces
Team
Empa
400 - Materials Meet Life
405 - Transport at Nanoscale Interfaces
Team
Our Team
Empa
400 - Materials Meet Life
405 - Transport at Nanoscale Interfaces
Overview
News
Contact
Research
Quantum Devices
Carbon based devices
Graphene Nanoribbons devices
Graphene Junctions
Thermal Mapping
Van der Waals heterostructures and devices
Hydronics
Vertical Organic Transistors
Twistronics
Quantum dots devices
Machine learning
High-speed Raman imaging
Unsupervised ML
Research Infrastructure
ARS Cryo
HelioxVL
IMINA prober
Lake Shore
Raman spectroscopy
Nanoelectronics and Nano-Optics
Photodetectors
Ionic-Conductivity in MO
Electrohydrodynamic nanoprinting
Perovskite Photodetectors
Micro- and Nano- Structuring
Recent Projects
Biosensing and Functional Surfaces
Watching Alzheimer's Proteins Assemble
Seeing blood at the nanoscale
Chemical Profiling of Alzheimer's Proteins
Gallery
Recent Projects
Nanowires for Biosensing
Metal Organics for Chemical Sensing
Team
Nanomaterials Spectroscopy and Imaging
Current Projects
H2020 project DIMES
THz imaging and modelling of skin-textile interface
THz Spectroscopy of wood
Scalable Integrated Band-Pass Filter Fabrication
THz waveguide spectrometer
Talbot and OAM Imaging
THz Science
THz Holography
3D Printing
Measurement Techniques
Long term Monitoring
Recent Projects
Publications
Engineering Group
Automation / Software
Electronic Development
Measurement
Ultrasonics Lab
Thermal Methods
Projects
EmpAIR
ESCO - Empa Stepper Controller
High quality CVD graphene
QC Laser driver
TOFI - Tongue Fitness Trainer
Research Infrastructure
Electronics & Reliability Center
Publications
2024 Publications
2023 Publications
2022 Publications
2021 Publications
2020 Publications
2019 Publications
2018 Publications
2017 Publications
PhD Thesis
Team
Our Team
Open Positions
Former Members
Education
Lectures
MCES
Master projects
Charge and heat transport through graphene nanoribbon based devices
Decoding Alzheimer’s Protein Aggregation in Body Fluids
Electron hydrodynamics in graphene heterostructures
Fabrication and characterization of THz metasurfaces
Flexible graphene-based THz detectors
Gate-defined quantum confinement in graphene superlattice
Machine Learning Augmented Red Blood Cell Imaging and Analytics
Stress and thermal characterization of bent graphene using THz na-noscopy
Lehrstelle / Apprentice
Intro
Einblick in die Lehre
Lehrlingsprojekte
IAESTE students
Personal details
Prof. Dr. Michel Calame
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Title
Mr
Company
Empa
Street
Überlandstrasse 129
ZIP / City
CH-8600 Dübendorf
Country
Switzerland
Office
LA 163
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+41 58 765 4260
OU
405 - Transport at Nanoscale Interfaces
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