Risultati della ricerca

• 1. Series of Lectures (100%)

  8-apr-2025 9.38.25

  Series of Lectures nanophotonics, quantum optics, topological phases, seminars 7, 8, 9 April 2025 h 14:30 Aula B (7 Aprile) e Aula F (8,9 Aprile), DiFC, Via Archirafi 36,Palermo Team Code: 8hf4x5g Topological photonics and photonic lattice engineering Alberto Amo, CNRS researcher, Laboratoire PhLAM, Lille ((France) Abstract link. CECILIA MACALUSO /sites/portale/dipartimenti/difc/.content/immagini/Corso_Amo2.jpg?__scale=h:116,w:286 /sites/portale/_categories/notizia/primo_piano/

• 2. CV Cannas (58%)

  20-feb-2019 15.33.58

  ). - Nanophotonics and Micro/Nano Optics International Conference (Barcelona, Spain, 13-15 september 2017) - Nanophotonics and Micro/Nano Optics International Conference (Rome, Italy 1-3 october 2018) - Nanophotonics and Micro/Nano Optics International Conference (Munich, Germany 4-6 september 2019

• 3. Cannas Marco_CV_pubblicazione (58%)

  7-feb-2022 16.19.15

  , magnetic and energy devices - II” - Nanophotonics and Micro/Nano Optics International Conference (Barcelona, Spain, 13-15 september 2017) - Nanophotonics and Micro/Nano Optics International Conference (Rome, Italy 1-3 october 2018) - Nanophotonics and Micro/Nano Optics International Conference

• 4. Marco Cannas_CV_2018 (47%)

  22-nov-2018 10.10.34

  2007). - Nanophotonics and Micro/Nano Optics International Conference (Barcelona, Spain, 13-15 september 2017) - Nanophotonics and Micro/Nano Optics International Conference (Rome, Italy 1-3

• 5. Ciclo di seminari con temi di Ottica e Optometria (47%)

  2-dic-2020 11.27.44

  Ciclo di seminari con temi di Ottica e Optometria articolo, notizia, Webinar, Thomas Krauss, ottica e optometria, Webinar on-line venerdì 10/12 alle 17.00 Metalenses with nanophotonics Relatore Thomas Krauss (University of York) Il link è https://youtu.be/KoQMAnsu6U0 L’abstract di seminari può essere visualizzato al seguente link. CECILIA MACALUSO Webinar on-line venerdì 10/12 alle ore 17.00 Metalenses with nanophotonics Relatore Thomas Krauss (University of York) /sites/portale/_categories

• 6. Argomenti per LT (47%)

  2-gen-2023 8.12.37

  topologici) 3. Stati bound in materia condensata e quantum nanophotonics (per es. edge states, flat-bands ... in quantum nanophotonics (per es. punti eccezionali, crisi del concetto di “bulk”, skin effect) 5

• 7. Argomenti per LT 2024 (47%)

  22-apr-2024 11.57.56

  e quantum nanophotonics (per es. edge states, flat-bands, corner states, stati bound nel continuo, stati vestiti gapless) 4. Fenomeni non-Hermitiani in quantum nanophotonics (per es. punti eccezionali

• 8. Seminario (47%)

  10-dic-2020 9.49.54

  Seminario articolo, notizia, unipa Webinar on-line venerdì 10/12 alle 17.00 Metalenses with nanophotonics Relatore Thomas Krauss (University of York) Il link è https://youtu.be/KoQMAnsu6U0 L’abstract di seminari può essere visualizzato al seguente link. CECILIA MACALUSO Webinar on-line venerdì 10/12 alle 17.00 Metalenses with nanophotonics /sites/portale/_categories/notizia/primo_piano/

• 9. Argomenti per LT (47%)

  2-gen-2023 8.12.37

  topologici) 3. Stati bound in materia condensata e quantum nanophotonics (per es. edge states, flat-bands ... in quantum nanophotonics (per es. punti eccezionali, crisi del concetto di “bulk”, skin effect) 5

• 10. Argomenti per LT 2024 (47%)

  22-apr-2024 11.57.56

  e quantum nanophotonics (per es. edge states, flat-bands, corner states, stati bound nel continuo, stati vestiti gapless) 4. Fenomeni non-Hermitiani in quantum nanophotonics (per es. punti eccezionali

• 11. cv prof. de_angelis (40%)

  31-mag-2022 12.01.29

  MUNDUS "Europe - Asia - Pacific Exchange programme in Nanophotonics" (NANOPHI, http ... for Ultrafast Nanophotonics,” ACS Photonics vol. 4, 2129 (2017). 38. M. Baselli, A. L. Baudrion, L

• 12. Abstract_Gonzalez (33%)

  7-nov-2018 9.00.12

  developments in nanophotonics [1], circuit QED [2] and atomic physics [3] allow one to engineer systems

• 13. Metalenses_Krauss (33%)

  30-nov-2020 11.14.05

  Metalenses by Nanophotonics Thomas Krauss, University of York Abstract: Metalenses consist of nanostructures that locally control the optical phase. They offer many degrees of freedom for manipulating a wavefront, which gives a number of advantages over bulk lenses, such as the straightforward elimination of spherical aberrations and an ultrathin dimension. Using higher refractive index materials such as silicon affords more degrees of freedom in terms of design and fabrication and

• 14. cv_de vittorio (33%)

  30-mag-2023 11.12.17

  PERSONAL INFORMATION Massimo De Vittorio Massimo De Vittorio is Director of the Center for Biomolecular Nanotechnologies of the Istituto Italiano di Tecnologia in Lecce – Italy and Full Professor at Università del Salento. His research activity deals with the development of science and technology applied to nanophotonics, nanoelectronics and nano and micro electromechanical systems (NEMS/MEMS) for applications in the fields of life-science, energy and ICT. He is currently

• 15. Progetto_Basile (33%)

  7-mag-2024 18.00.56

  properties of semiconductors and insulators PE3_10 Nanophysics: nanoelectronics, nanophotonics

• 16. Tematiche di ricerca (29%)

  15-mag-2020 17.29.39

  management for high efficiency solar cells Recent advances in nanophotonics provide tools to manipulate

• 17. CV_F_Ciccarello ITA (29%)

  23-nov-2018 9.09.23

  2015 Nanophotonics group Universidad Autonoma de Madrid Ospitante: Prof. F. J. Garcia-Vidal 20-23

• 18. information and communication technologies (29%)

  25-lug-2017 12.19.00

  EFFICIENCY SOLAR CELLS Recent advances in nanophotonics provide tools to manipulate the flow of light

• 19. AREA 02 - FISICA - Cupane (29%)

  8-mar-2013 23.05.15

  Italia OF QUANTUM ELECTRONICS 52nd Course: ADVANCES ON NANOPHOTONICS IV “ tenutasi ad Erice

• 20. Decreto Direttoriale n. 1409 Allegato 2 Settori ERC (29%)

  3-ott-2022 13.01.59

  (photons, electrons, etc.) PE3_10 Nanophysics, e.g. nanoelectronics, nanophotonics, nanomagnetism