Documents publiés en "2025"

Article de revue

Becerra Deana, R. I., Poinsinet De Sivry-Houle, M., Virally, S., Boudoux, C., & Godbout, N. (2025). Mode-selective photonic lanterns with double-clad fibers. Journal of Lightwave Technology, 43(12), 5829-5835. Disponible

Itzamná Becerra-Deana, R., Maltais-Tariant, R., Ramadier, G., Poinsinet De Sivry-Houle, M., Virally, S., Boudoux, C., & Godbout, N. (2025). Three-mode photonic lanterns: comprehensive analysis from theory to experiments. Optics Continuum, 4(6), 1198-1211. Disponible

Liu, S., Virally, S., Demontigny, G., Cusson, P., & Seletskiy, D. (2025). Engineering spectro-temporal light states with physics-embedded deep learning. Ultrafast Science, 5, 14 pages. Disponible

Liu, S., Zhang, Y., Virally, S., Karimi, E., Malomed, B. A., & Seletskiy, D. (2025). Experimental emulator of pulse dynamics in fractional nonlinear Schrödinger Equation. Laser & Photonics Reviews, 19(8), 2401714 (11 pages). Disponible

Communication écrite

Becerra Deana, R. I., Maltais-Tariant, R., Virally, S., Godbout, N., & Boudoux, C. (avril 2025). Improving Detection Capabilities of Few-Mode Optical Coherence Tomography Using a 4-Mode Selective Photonic Lantern [Communication écrite]. Bio-Optics: Design and Application 2025, Coronado, CA, USA. Lien externe

Demontigny, G., Cusson, P., Virally, S., Abramov, A., Beaudin, G., Hofheinz, M., Charette, P., & Seletskiy, D. (mai 2025). Tunnel ionization in nanogaps by ultrafast bright two-mode squeezed quantum light [Communication écrite]. Conference on Lasers and Electro-Optics (CLEO 2025), Long Beach, CA, USA (2 pages). Lien externe

Liu, S., Virally, S., Demontigny, G., Cusson, P., & Seletskiy, D. (mai 2025). Deep learning assisted engineering of supercontinuum and few-cycle laser pulses [Communication écrite]. CLEO: Applications and Technology 2025, Long Beach, CA, USA. Lien externe

Présentation

Seletskiy, D., Cusson, P., Rasputnyi, A., Virally, S., Tani, F., & Chekhova, M. (janvier 2025). Bright few-cycle quantum light [Présentation]. Dans SPIE OPTO 2025, San Francisco, California, United States. Publié dans Ultrafast Phenomena and Nanophotonics XXIX, 13364. Lien externe