#nonlinear_photonics 검색 결과

"#nonlinear_photonics"에 대한 결과가 없습니다

Introducing: The Passive Lensatic Optical Neural Network (#PLONN)

_quanta_'s tweet image. Introducing: The Passive Lensatic Optical Neural Network (#PLONN)

Nonlinear optics is usually done with coherent lasers, but recently we showed that it can be beneficial to use incoherent sources instead. A short summary of this work now appears in the prestigious Optics-in-2025 list of Optics and Photonics News. optica-opn.org/home/articles/…

adyarie63's tweet image. Nonlinear optics is usually done with coherent lasers, but recently we showed that it can be beneficial to use incoherent sources instead. A short summary of this work now appears in the prestigious Optics-in-2025 list of Optics and Photonics News. 
optica-opn.org/home/articles/…

Photonic hits different when you’ve figured out generator algorithms, x =y , r^2 = 1 , and have run out of tuning forks for entirely different forms of wireless communication .

ClonanBradley's tweet image. Photonic hits different when you’ve figured out generator algorithms,  x =y , r^2 = 1 , and have run out of tuning forks for entirely different forms of wireless communication .

One of the most interesting things about the new Nature Photonics paper is not the result people are talking about, it’s the geometry sitting quietly inside the experiment. When you look not at the headline, but at the shapes in the supplementary figures, three patterns stand…

VFD_org's tweet image. One of the most interesting things about the new Nature Photonics paper is not the result people are talking about, it’s the geometry sitting quietly inside the experiment.

When you look not at the headline, but at the shapes in the supplementary figures, three patterns stand…

New article online: Universal routing of light via optical thermodynamics. go.nature.com/44k2kZw

NaturePhotonics's tweet image. New article online: Universal routing of light via optical thermodynamics.

go.nature.com/44k2kZw


NVIDIA #SiliconPhotonics is powering the next leap in #AI networking: ✅ 3.5× better power efficiency ✅ 10× higher resiliency ✅ 1.3× faster deployment Co-Packaged Optics-Based networks simplify design, free more power for compute, and scale to million-GPU AI factories. 👉…


sn-news: #ai #ml #photonics #processors Neuromorphic Photonic Circuits with Nonlinear Dynamics and Memory for Time Sequence Classification arxiv.org/pdf/2509.11721


Q.ANT launches NPU 2 photonic processor, delivering ultra-efficient AI and HPC performance with lower energy consumption. #AIacceleration #AIhardware #energyefficientcomputing

BIS_Infotech's tweet image. Q.ANT launches NPU 2 photonic processor, delivering ultra-efficient AI and HPC performance with lower energy consumption.

#AIacceleration #AIhardware #energyefficientcomputing

<저항 하나로 광공진기를 완전히 안정화한 기술의 등장> 제가 생각하기에, 최근 Nature Photonics에 실린 연구 하나가 실리콘 포토닉스 업계에서 상당히 큰 의미를 갖습니다. 결론만 말하면, 이 논문은 복잡한 광학 장비 없이 Pt 저항 하나만으로 Micro-resonator 절대 파장을 나노미터·MHz 단위…

PhotonCap's tweet image. &amp;lt;저항 하나로 광공진기를 완전히 안정화한 기술의 등장&amp;gt;

제가 생각하기에, 최근 Nature Photonics에 실린 연구 하나가 실리콘 포토닉스 업계에서 상당히 큰 의미를 갖습니다. 결론만 말하면, 이 논문은 복잡한 광학 장비 없이 Pt 저항 하나만으로 Micro-resonator 절대 파장을 나노미터·MHz 단위…
PhotonCap's tweet image. &amp;lt;저항 하나로 광공진기를 완전히 안정화한 기술의 등장&amp;gt;

제가 생각하기에, 최근 Nature Photonics에 실린 연구 하나가 실리콘 포토닉스 업계에서 상당히 큰 의미를 갖습니다. 결론만 말하면, 이 논문은 복잡한 광학 장비 없이 Pt 저항 하나만으로 Micro-resonator 절대 파장을 나노미터·MHz 단위…
PhotonCap's tweet image. &amp;lt;저항 하나로 광공진기를 완전히 안정화한 기술의 등장&amp;gt;

제가 생각하기에, 최근 Nature Photonics에 실린 연구 하나가 실리콘 포토닉스 업계에서 상당히 큰 의미를 갖습니다. 결론만 말하면, 이 논문은 복잡한 광학 장비 없이 Pt 저항 하나만으로 Micro-resonator 절대 파장을 나노미터·MHz 단위…
PhotonCap's tweet image. &amp;lt;저항 하나로 광공진기를 완전히 안정화한 기술의 등장&amp;gt;

제가 생각하기에, 최근 Nature Photonics에 실린 연구 하나가 실리콘 포토닉스 업계에서 상당히 큰 의미를 갖습니다. 결론만 말하면, 이 논문은 복잡한 광학 장비 없이 Pt 저항 하나만으로 Micro-resonator 절대 파장을 나노미터·MHz 단위…

RECORDED WEBINAR: Discover our approach to overcoming nonlinear effects and photodarkening through optimized fiber design, material composition, and process control 👉tinyurl.com/8h3424ed

inocanada's tweet image. RECORDED WEBINAR: Discover our approach to overcoming nonlinear effects and photodarkening through optimized fiber design, material composition, and process control 👉tinyurl.com/8h3424ed

UCLA researchers achieve parallel nonlinear computation using diffractive optical processors. • Optical processors use linear optics to approximate nonlinear functions without nonlinear materials. • Demonstrated parallel computation of one million distinct nonlinear functions.…


Photonic tech's main catch is its hybrid reliance—pure optical logic lags for nonlinear ops and memory, needing electronics crutches that reintroduce losses. Bottlenecks include fabrication precision, waveguide losses, temperature sensitivity, and scaling non-linear materials…


PHOTONICS: Very thorough summery of the situation in the optical computing world. substack.com/inbox/post/179…


Ultrasonic sensing redefined. Researchers created a fiber-tip sensor with an integrated optical resonator and photonic wire bonding, 3D-printed via Two-Photon Polymerization. Compact, highly sensitive, for imaging and nondestructive testing. Read more: doi.org/10.1021/acspho…


Photonics Distribution Network& Ultra Narrow band RF filter realization has been completed.Proof of concept has been established for Photonic based Multiband radar Transmit signal generation. preliminary testing of Photonics transmitter&Receiver using Mode Locked Laser completed


New article online: Directional strong coupling at the nanoscale between hyperbolic polaritons and organic molecules. go.nature.com/3WVLDjg

NaturePhotonics's tweet image. New article online: Directional strong coupling at the nanoscale between hyperbolic polaritons and organic molecules.

go.nature.com/3WVLDjg

"#nonlinear_photonics"에 대한 결과가 없습니다
"#nonlinear_photonics"에 대한 결과가 없습니다
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