Sg⁽²⁾ 2025

Sg(2): Singapore Workshop on Photon Correlations

Photon correlations have emerged as a vital tool to explore the quantum nature of light, offering profound insights into both fundamental physics and practical photonic applications. Correlation measurements reveal fundamental properties of light such as temporal and spatial coherence, and photon statistics, which are crucial in quantum optics, single-photon sources, and laser physics. The Sg(2): Singapore Workshop on Photon Correlations will provide theoretical and experimental insights into photon correlation measurements related to different practical applications, highlighting their significance in emerging quantum and photonic technologies.

Date and Venue

Monday, 3 March 2025

Civil Service Club @ Bukit Batok

Lilies Room, Orchid Room & Treehouse 1

91 Bukit Batok West Ave 2, Singapore 659206

Program

TimeSessionSpeakerTopic
9:00-9:30T1Anton VeltuginPhoton statistics and correlations
9:30-10:00T2Justin PehClock synchronization with thermal light
10:00-10:30T3Filippo MartinelliInline detection of correlated photons
10:30-11:00Coffee Break
11:00-11:30T4Darren KohLiDAR with thermal light
11:30-12:00T5Marco MarangiSuperradiance in the strong coupling regime
12:00-12:30T6Yifan LiMultiphoton states from parametric conversion in cold atomic vapors
12:30-13:30Lunch Break
13:30-14:00T7Leevi KallioniemiEntangled photon pair generation from van der Waals materials
14:00-14:30T8Andrea ZacheoCorrelations in exciton-polariton condensates
14:30-15:00T9John Eng Jun HongOptical transition dynamics and ODMR of telecom SPEs in GaN
15:00-15:30Coffee Break
15:30-16:00T10Taeyong ChangSuper-resolution imaging and photon statistics
16:00-16:30T11Jinyi DuRecord-low g²(0) value in silicon photonics pair source and its applications
16:30-17:00T12Pierre BrosseauSingle and entangled-photon state characterization with Fourier Tomography and SNSPDs
17:00-17:30T13Gagandeep SinghAtomically resolved electroluminescence from individual defect centers in TMDs
17:30-18:30Social Dinner
18:30Final discussion and closing remarks

Note: Each session will last 20 minutes, followed by a 10-minute Q&A.