IEEEPhotonics Profile Banner
IEEE Photonics Society Profile
IEEE Photonics Society

@IEEEPhotonics

Followers
12K
Following
9K
Media
2K
Statuses
14K

Global professional home for scientists & engineers who advance laser, optics & photonics tech for the benefit of humanity. #Ally #OneIEEE

Joined December 2012
Don't wanna be here? Send us removal request.
@IEEEPhotonics
IEEE Photonics Society
2 days
Researchers map nearfield spin–orbit interactions in vortex beams using PiFM, revealing nanoscale field structures for advanced nanophotonics design. Read more: https://t.co/ezXppLquDc #SpinOrbitInteractions #NearfieldObservations #PhotoInducedForceMicroscopy #Nanophotonics
0
0
3
@IEEEPhotonics
IEEE Photonics Society
3 days
CLEO 2026 is accepting final paper submissions until Tuesday, 18 November 2025, 11:59 PM EST. Accepted papers will be published in the IEEE Xplore Digital Library and the Optica Publishing Group platform. 👉 Submit your paper now: https://t.co/2cYFVolZtg
0
0
0
@IEEEPhotonics
IEEE Photonics Society
4 days
Researchers have developed a vertical-cavity surface-emitting laser that delivers unprecedented power and bandwidth under cryogenic conditions, enabling high-speed data transmission using PAM-4 cryogenic optical interconnects. Read more: https://t.co/6IUfF9Jp8i
0
0
2
@IEEEPhotonics
IEEE Photonics Society
4 days
Researchers used TD fNIRS to detect hemodynamic oscillations in the frontal cortex during rest and slow breathing, potentially expanding clinical monitoring for cerebral & extracerebral hemodynamics. Read more: https://t.co/9Q3BpzDB8X
0
0
1
@IEEEPhotonics
IEEE Photonics Society
6 days
Submit your paper to the IEEE Photonics Journal Special Issue on the 1st Carpathian Biophotonics Meeting (CBM 2025) 📅 CBM 2025: 8–12 September 2025, Sinaia, Romania 👉 Submit your paper: https://t.co/i6ROYw8RJK
0
0
0
@IEEEPhotonics
IEEE Photonics Society
6 days
Researchers have integrated photonic spin–orbit interaction (SOI) with plasmonics using BaTiO₃, achieving a spin-dependent shift 28 times higher than silver! Read more: https://t.co/5NG6lmGfII
0
1
2
@IEEEPhotonics
IEEE Photonics Society
9 days
A new study in @IEEEXplore presents a compound reservoir computing system using a passive hardware mask to eliminate this bottleneck, achieving faster and more efficient neuromorphic computing. Read more: https://t.co/X3CD6Ig2cV
0
2
4
@IEEEPhotonics
IEEE Photonics Society
10 days
Researchers have demonstrated a point-to-multipoint passive optical network using digital subcarrier multiplexing for fiber–wireless convergence. This architecture balances performance, complexity & cost, advancing optical access for the 5G-A/6G era. Read more here
0
0
3
@IEEEPhotonics
IEEE Photonics Society
11 days
Researchers developed a tunable optical filter using cascaded microring resonators and grating couplers on an SOI platform, achieving precise spectral control through design tuning for advanced telecom applications! Read more here: https://t.co/piffhDkhIL
0
0
1
@IEEEPhotonics
IEEE Photonics Society
11 days
💡 Advance the Future of Wireless and Photonics! The Journal of Lightwave Technology (JLT) is calling for submissions to its Special Issue on Microwave Photonics, featuring cutting-edge research at the intersection of optics, microwaves, and high-speed communications. From
0
1
2
@IEEEPhotonics
IEEE Photonics Society
11 days
2025 marks a tremendous milestone for the IEEE Photonics Society, our 60th Anniversary! As expressed in the President's Column within the IEEE Photonics Newsroom, we celebrate six decades of serving as the global hub for innovators, researchers, and engineers advancing the
0
0
0
@IEEEPhotonics
IEEE Photonics Society
12 days
🚨 Call for Papers! The IEEE Photonics Technology Letters invites submissions for its Special Issue on Intelligent Computing and Wireless Optical Communications. Explore the future of AI-driven, ultra-fast optical networks and contribute your research to shape next-generation
0
0
1
@IEEEPhotonics
IEEE Photonics Society
12 days
🚀 Showcase Your Innovation at OFC 2026! Be part of the Demo Zone—the ultimate platform to present your research, prototypes, and breakthroughs to a global audience of industry leaders. 🧠 Connect. 🌐 Collaborate. 💡 Gain visibility. Submit your paper or dataset by 18 November
0
0
2
@IEEEPhotonics
IEEE Photonics Society
13 days
🌐 Call for Papers: Special Issue on Optical-Fiber-Based Integrated Sensing and Communication (O-ISAC) 🌐 The IEEE Photonics Journal invites submissions for a Special Issue on the exciting field of optical-fiber-based integrated sensing and communication (O-ISAC) — where
0
0
1
@IEEEPhotonics
IEEE Photonics Society
13 days
A study in @IEEEXplore have fabricated ultralow-loss anti-resonant hollow-core fibers (AR-HCFs) from soft glasses using virtual sulfide glass drawing models, enabling precise geometry control. Read more: https://t.co/IsOgjE3FeQ
0
3
4
@IEEEPhotonics
IEEE Photonics Society
17 days
🌟 Call for Papers: IEEE Photonics Journal Special Issue on POEM 2025 🌟 The IEEE Photonics Journal invites submissions for a Special Issue inspired by the breakthroughs presented at the 16th International Photonics and Optoelectronics Meeting (POEM 2025) in Wuhan, China.
0
1
1
@IEEEPhotonics
IEEE Photonics Society
17 days
🚨 Final Weeks to Submit Your Paper for CLEO 2026! 🚨 Don’t miss your chance to be part of the world’s leading conference in laser science, optoelectronics, and photonics, happening 17–21 May 2026 in Charlotte, North Carolina. With the submission deadline on 18 November 2025,
0
0
0
@IEEEPhotonics
IEEE Photonics Society
17 days
A double-ring fiber in @IEEEXplore study generates multiple dispersive waves (DWs) for high-order multiple dispersive waves for high-order orbital angular momentum modes, spanning 600–1700 nm. Read more: https://t.co/4tB8fjmACY
0
0
1
@IEEEPhotonics
IEEE Photonics Society
18 days
Researchers, as published in the IEEE Journal of Quantum Electronics, have developed a numerical model to optimize avalanche photodiodes (APDs) for single-photon detection in the near-ultraviolet (NUV) range. Using a calibrated 4H-SiC material library, the model enables designs
0
0
0
@IEEEPhotonics
IEEE Photonics Society
18 days
Researchers have achieved record-breaking bidirectional WDM transmission in anti-resonant hollow core fiber using Rayleigh backscattering. The innovation shows massive potential for next-generation optical communication systems. Read more: https://t.co/Iw06eB0VGC
0
1
1