Optica
@optica.org
To demonstrate the new in-coupler, the researchers fabricated and tested each of the three metasurface zones individually using a custom-built optical setup, shown here.
The insets provide a zoomed-in view of the metasurfaces, with a scale bar of 200 nm.
The insets provide a zoomed-in view of the metasurfaces, with a scale bar of 200 nm.
November 25, 2025 at 1:56 PM
To demonstrate the new in-coupler, the researchers fabricated and tested each of the three metasurface zones individually using a custom-built optical setup, shown here.
The insets provide a zoomed-in view of the metasurfaces, with a scale bar of 200 nm.
The insets provide a zoomed-in view of the metasurfaces, with a scale bar of 200 nm.
Hi there @physgal.bsky.social! Do you think we could be added to the physics list? We're an optics-based society in the AIP that publishes and shares physics research 👋
November 25, 2025 at 1:45 PM
Hi there @physgal.bsky.social! Do you think we could be added to the physics list? We're an optics-based society in the AIP that publishes and shares physics research 👋
💡🧪We couldn't leave out the Science + Industry showcase!
The WorkInOptics Career Zone connected employers and job seekers in personal interviews, showfloor programming covered emerging technologies, and exhibitors demonstrated the latest products and innovations in #photonics. 😀
The WorkInOptics Career Zone connected employers and job seekers in personal interviews, showfloor programming covered emerging technologies, and exhibitors demonstrated the latest products and innovations in #photonics. 😀
November 6, 2025 at 3:45 PM
💡🧪We couldn't leave out the Science + Industry showcase!
The WorkInOptics Career Zone connected employers and job seekers in personal interviews, showfloor programming covered emerging technologies, and exhibitors demonstrated the latest products and innovations in #photonics. 😀
The WorkInOptics Career Zone connected employers and job seekers in personal interviews, showfloor programming covered emerging technologies, and exhibitors demonstrated the latest products and innovations in #photonics. 😀
Did you have a favorite spot to linger at during #FiO25?
Hearing directly from students at the poster session, networking over coffee breaks, meeting editors from @opg.optica.org, and relaxing at the member lounge... we could go on (and we might, we have a lot of great photos). 💡
Hearing directly from students at the poster session, networking over coffee breaks, meeting editors from @opg.optica.org, and relaxing at the member lounge... we could go on (and we might, we have a lot of great photos). 💡
November 6, 2025 at 3:41 PM
Did you have a favorite spot to linger at during #FiO25?
Hearing directly from students at the poster session, networking over coffee breaks, meeting editors from @opg.optica.org, and relaxing at the member lounge... we could go on (and we might, we have a lot of great photos). 💡
Hearing directly from students at the poster session, networking over coffee breaks, meeting editors from @opg.optica.org, and relaxing at the member lounge... we could go on (and we might, we have a lot of great photos). 💡
⚛️💡By mapping each frequency comb line to a unique group of pixels, the researchers could control each line independently, allowing them to sculpt the spectrum to any shape they wanted.
This video shows the new spectral shaper being used for spectral flattening across approximately 10K comb lines.
This video shows the new spectral shaper being used for spectral flattening across approximately 10K comb lines.
November 4, 2025 at 6:48 PM
⚛️💡By mapping each frequency comb line to a unique group of pixels, the researchers could control each line independently, allowing them to sculpt the spectrum to any shape they wanted.
This video shows the new spectral shaper being used for spectral flattening across approximately 10K comb lines.
This video shows the new spectral shaper being used for spectral flattening across approximately 10K comb lines.