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    Simulation of Nanocomposites and Nanodevices

    19–20 Nov 2026
    Bern
    Europe/Zurich timezone

    Contribution List

    24 out of 24 displayed
    1. 10. Welcome
      Yacine Haddad (Universitaet Bern (CH))
      19/11/2026, 09:40
    2. 11. Development of a simulation framework and experimental methods for understanding light collection in nanocomposite scintillators
      Vojtech Zabloudil (Czech Technical University in Prague (CZ))
      19/11/2026, 09:45
    3. 12. EMPA (contribution title pending)
      Ivan shorubalko (EMPA)
      19/11/2026, 10:10
    4. 30. Development of a Large Area MMC-based Photon detector for rare event searches using Scintillators
      Ashish Jadhav
      19/11/2026, 10:35
    5. 33. A numerical model to simulating nonlinear quenching in nanocrystals
      Jeppe Lykke Krogh
      19/11/2026, 11:20

      The talk will provide a review of a simulation built for studying nonlinear quenching in an idealized lattice of nanocrystals exposed to high excitation densities. We will go over the basic ideas underpinning the model such as base assumptions and constraints. Afterwards we will compare the numerical outputs of the simulation to related experimental findings.

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    6. 14. Practical limitations in Chromatic Calorimetery simulation
      Greta Gajdan (Universitaet Bern (CH))
      19/11/2026, 11:45
    7. 15. Advanced spectroscopy and defect-related phenomena in nanostructured scintillating materials
      Francesca Cova (University of Milano - Bicocca), Francesca Cova (Universita & INFN, Milano-Bicocca (IT))
      19/11/2026, 12:10
    8. 16. Thematic discussion
      19/11/2026, 12:35
    9. 18. Overview of nanoscale electromagnetic physics capabilities and limitations in Geant4
      Mihaly Novak (CERN)
      19/11/2026, 14:00
    10. 23. Low-Energy Electronic Excitations Induced by Relativistic Charged Particles: A Hybrid Dielectric-Response Approach
      Dr Vagelis Gkougkousis (University of Zurich), Yang Xin (University of Zurich (CH))
      19/11/2026, 14:25
    11. 17. Geant4-DNA model developments for electron track structure simulations in gold
      Ioanna Kyriakou
      19/11/2026, 15:10
    12. 22. Controlling light-matter interaction in scintillators with nanophotonics
      Georgy Dosovitskiy
      19/11/2026, 15:35
    13. 19. G4CMP: Cryogenic Solid State Simulation with Geant4
      Michael Kelsey (Texas A&M University (US))
      19/11/2026, 16:00

      G4CMP (Geant4 Condensed Matter Physics) is a Geant4-based package to handle low-energy (down to ~meV) physics processes within cryogenic condensed matter systems. It was originally developed to assist in modeling CDMS detectors, but can also be used to model other cryogenic devices such as superconducting qubits, MKIDs, etc. This talk will outline the particles and processes which are...

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    14. 21. Thematic discussion
      19/11/2026, 16:25
    15. 20. Quantum-dot materials and DFT response modelling for dark-matter detection
      Marek Matas (Czech Technical University)
      20/11/2026, 10:00
    16. 24. Introduction to QuantumATK Comprehensive Platform for Atomic-Scale Modeling
      Petr Khomyakov (Synopsys)
      20/11/2026, 10:25

      Introduction to QuantumATK Comprehensive Platform for Atomic-Scale Modelling: Electronic, dielectric, and optical properties of crystalline and disordered materials, surfaces, interfaces, and multilayered junctions w/o defects or thermal disorder included.

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    17. 25. Nanodevice fabrication process simulation
      Alexandre Hennessy (University of Zurich (CH))
      20/11/2026, 11:10
    18. 26. Electromagnetic Modeling of Superconducting Resonators and Quantum Circuits: An HFSS Perspective
      Jason Kalogeropoulos (Synopsys)
      20/11/2026, 11:35
    19. 27. Thematic discussion
      20/11/2026, 12:00
    20. 28. Alternative topological materials and spin-coupled dark-matter detection
      Dr Roberto Gunnella
      20/11/2026, 13:30
    21. 13. Multiscale modelling of charge and thermal transport in colloidal quantum dot solids
      Nuri Yazdani (ETHZ)
      20/11/2026, 13:55

      Understanding transport in colloidal quantum dot solids requires connecting processes at the atomic scale with the behaviour of extended assemblies and devices. In this talk, I will review our work on modelling and experimentally characterizing charge and thermal transport in PbS colloidal quantum dot solids. The first part will focus on a multiscale approach to charge transport. Ab initio...

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    22. 29. Modelling the TES readout of RES-NOVA to detect echoes of a Supernova
      Luca Pattavina (UNIMIB), Nahuel Ferreiro Iachellini (University of Milano-Bicocca)
      20/11/2026, 14:40
    23. 31. Thematic discussion
      20/11/2026, 15:05
    24. 32. Closing Remarks
      Yacine Haddad (Universitaet Bern (CH))
      20/11/2026, 15:35