🧵 7/7

🔬 Abhishek Paul shared:
"Towards 4-Dimensional THz Near-Field Tomography"
Pushing the limits of imaging—capturing THz fields in space and time with next-gen tomographic methods.

#THzImaging #4DPhotonics #EmergentPhotonics

🧵 6/7

🔁 Aadithya Suresh presented:
"Hysteresis in laser cavity solitons"
Investigating memory and multistability in soliton-based systems—a step toward more reliable photonic devices.

#NonlinearDynamics #LaserSolitons #Hysteresis

🧵 5/7

💻 Jordan McConnell introduced:
"Data-driven control of high-power states in mode-locked lasers with reinforcement learning"
AI meets photonics—reinforcement learning enables smarter, adaptive laser operation.

#MachineLearning #ModeLockedLasers #PhotonicsAI

🧵 4/7
🌀 Dr. Andrew Cooper shared:
"Parametric Interaction of Laser Cavity Solitons with an External CW Pump"
Shedding light on the interplay between solitons and continuous-wave fields for tunable laser systems.

#CavitySolitons #LaserPhysics #OWTNM2025

🧵 3/7

⚡ Dr. Vittorio Cecconi (@cecconivittorio.bsky.social) delivered:
"Spatiotemporal Engineering of Terahertz Pulses in Disordered Media"
Harnessing disorder to sculpt THz fields in time and space—unlocking new frontiers in wave manipulation.

#Terahertz #DisorderedMedia #PhotonicsInnovation

🧵 2/7

🎤 Prof. Alessia Pasquazi presented:
"Laser cavity solitons in microresonators: the role of slow nonlinearities"
Exploring the impact of slow-response nonlinearities on soliton dynamics—key for microcomb control and stability.

#Microresonators #NonlinearOptics #CavitySolitons

I had one from a grant review where they said they don't know how to change the deadline in the system so we would just have to ignore the countless emails reminders we will get over the holidays