[1] Workshop: "Cutting-edge development in sensor technologies for food and beverage industry”, Brescia (IT), 15 January 2024.  Invited talk: “Title: Exploiting the natural instability in thin dielectric solid films for sensing applications”, by Monica Bollani.

[2] Invited contribution: SPIE Photonics Europe 2024, 7 - 11 April 2024, Strasburgo France, "Scalable hyperuniform and flexible photonic devices based on dielectric antennas realized by solid state dewetting" by M. Bollani

[3] Keynote contribution: SICT 2024, 17 – 19 April 2024, Vienna, Austria, "Exploiting the natural instability in thin and flexible dielectric solid films for sensing and photonic applications", by M. Bollani

[4] MNE2024, 16-19 September Montepellier, France, "Dewetted Ge-based Mie resonator for the Bacillus Cereus detection", by M.Bollani

[5] Invited seminar at Instituto de Materiales y Nanotecnología (IMN) de la Universidad de La Laguna, Tenerife, Spain, 8 October 2024. Lecture title: "Exploiting the natural instability in thin and flexible dielectric solid films for sensing and photonic applications" by M.Bollani

[6] Oral contribution: EOSAM2024, 9 -13 September, Napoli (IT)  "Solid state dewetting of semiconductor thin films: from fundamental studies to photonic applications", by S.Freddi.

[7] Oral contribution: EOSAM2024, 9-13 September, NAPOLI (IT) "Dewetted SiGe Mie Resonators: morphological and optical properties", by M.Bollani

[8] Oral contribution: ECSOC-28, 2024 Conference, 15–30 Nov 2024 online, "Optimizing Germanium-Selective Functionalization on Patterned SiGe Substrates with Thiol-Based Molecules: The Critical Role of Oxygen-Free Conditions", by A. Arrigoni