Ségolène Royal affirme désormais croire "toutes les femmes" face aux accusations porter contre le député PS Philippe Brun. Ce n'était pas le cas lors de l'affaire DSK, avant Metoo... www.youtube.com/watch?v=lNOI...
September 19, 2026 at 9:26 AM
Ségolène Royal affirme désormais croire "toutes les femmes" face aux accusations porter contre le député PS Philippe Brun. Ce n'était pas le cas lors de l'affaire DSK, avant Metoo... www.youtube.com/watch?v=lNOI...
L'affaire Philippe Brun embarrasse le PS et perturbe sa primaire, déjà bien mal engagée. J'ai enquêté sur les coulisses des révélations autour de ce député qui représentait la nouvelle génération du parti. A voir sur @lemediatv.bsky.social www.youtube.com/watch?v=lNOI...
AFFAIRE PHILIPPE BRUN : LE PS EN PLEIN CRASH POUR SA PRIMAIRE
YouTube video by Le Média
www.youtube.com
September 18, 2026 at 6:42 PM
L'affaire Philippe Brun embarrasse le PS et perturbe sa primaire, déjà bien mal engagée. J'ai enquêté sur les coulisses des révélations autour de ce député qui représentait la nouvelle génération du parti. A voir sur @lemediatv.bsky.social www.youtube.com/watch?v=lNOI...
Literally, Nobody Wants This...
www.youtube.com/watch?v=LnOI...
www.youtube.com/watch?v=LnOI...
Literally, Nobody Wants This...
YouTube video by The Brittany Simon Podcast
www.youtube.com
November 12, 2025 at 2:01 AM
Literally, Nobody Wants This...
www.youtube.com/watch?v=LnOI...
www.youtube.com/watch?v=LnOI...
Researchers at @Fraunhofer_IOF have developed thin-film lithium niobate (LNOI) to build integrated #opticalcircuits. The technology enables energy-efficient, fast & scalable #photonic systems for #AI & #quantum....
weiterlesen
weiterlesen
June 3, 2025 at 6:37 AM
Researchers at @Fraunhofer_IOF have developed thin-film lithium niobate (LNOI) to build integrated #opticalcircuits. The technology enables energy-efficient, fast & scalable #photonic systems for #AI & #quantum....
weiterlesen
weiterlesen
يحقق موجّه الموجات LNOI تشابكاً رباعي الفوتونات في نطاق الاتصالات على الشريحة، بعرض نطاق لمطابقة الطور يبلغ 229 نانومتر، وإخلاص مقداره 0.74±0.01، ومعدل تزامن رباعي يبلغ 1 هرتز — وهو ما يمثل تحسناً بمقدار ~3× مقارنةً بالمنصات المدمجة السابقة.
#فوتونيات_الكم #شبكات_الكم #بحث
#فوتونيات_الكم #شبكات_الكم #بحث
مصدر متعدد الفوتونات عريض النطاق مدمج على الشريحة لشبكات الكم متعددة إرسال الأطوال الموجية
iq.fp2.dev
March 16, 2026 at 4:38 AM
يحقق موجّه الموجات LNOI تشابكاً رباعي الفوتونات في نطاق الاتصالات على الشريحة، بعرض نطاق لمطابقة الطور يبلغ 229 نانومتر، وإخلاص مقداره 0.74±0.01، ومعدل تزامن رباعي يبلغ 1 هرتز — وهو ما يمثل تحسناً بمقدار ~3× مقارنةً بالمنصات المدمجة السابقة.
#فوتونيات_الكم #شبكات_الكم #بحث
#فوتونيات_الكم #شبكات_الكم #بحث
![Emoji Legend
💨x# | "Increased Trending Rate" for a Word (meaningful value; "💨x8 - burger" will mean "burger" is trending at 8 times its own normal rate for this time of day)
🔓 | "Unlocked" Ongoing Emergency Word (such words are not weighted down by their own previous usage; their *ongoing* increased usage--weeks, months, years--would otherwise move them down the list.)
[PREVIOUSLY USED]
⚠️💨# | "Trend Strength Rating"
⚠️🌀💨 | "Trend Strength Rating" (see above)
⚠️🌀 CAT. # | [same; "CAT." = Category, like hurricane]
💬# | 10min Post Count
🆎# | 10min Word Count
🙂# | 10min Emoji Count](https://cdn.bsky.app/img/feed_thumbnail/plain/did:plc:mcb6n67plnrlx4lg35natk2b/bafkreigp6bgag3jzkool6uxrujpcrwtn6zkd7cbfrmevhaxaqhhewgolmu)
박막 산화 리튬 니오브(LNOI)와 0형 합주파수 발생을 이용하여 1000배 높은 변환 효율을 가진 양자 펄스 게이트를 구현했습니다. 단 20mW의 펌프 전력으로 96.8%의 시간 모드 선택도를 달성했으며, 이는 확장 가능하고 효율적인 광자 양자 기술을 가능하게 하는 주요 돌파구입니다...
#양자포토닉스 #양자광학 #연구
#양자포토닉스 #양자광학 #연구
박막 산화 리튬 니오브 기반 고성능 양자 펄스 게이트
arxiv.org
August 11, 2026 at 6:41 AM
Una guía de onda LNOI logra entrelazamiento de cuatro fotones en banda de telecomunicaciones en chip con un ancho de banda de coincidencia de fase de 229 nm, fidelidad de 0,74±0,01 y una tasa de coincidencia cuádruple de 1 Hz — una mejora de ~3× respecto a plataformas integrad...
Fuente Multi-Fotónica de Banda Ancha Integrada en Chip para Redes Cuánticas Multiplexadas por Longitud de Onda
iq.fp2.dev
March 16, 2026 at 4:36 AM
Una guía de onda LNOI logra entrelazamiento de cuatro fotones en banda de telecomunicaciones en chip con un ancho de banda de coincidencia de fase de 229 nm, fidelidad de 0,74±0,01 y una tasa de coincidencia cuádruple de 1 Hz — una mejora de ~3× respecto a plataformas integrad...
גל-מוליך LNOI משיג שזירת ארבעה פוטונים על-שבב בתחום טלקום עם רוחב סרט התאמת פאזה של 229 ננומטר, נאמנות 0.74±0.01, וקצב צירוף מרובע-קפלי של 1 הרץ — שיפור של ~3× על פני פלטפורמות משולבות קודמות.
#פוטוניקה_קוונטית #רשתות_קוונטיות #מחקר
#פוטוניקה_קוונטית #רשתות_קוונטיות #מחקר
מקור פוטונים מרובים רחב-סרט משולב בשבב לרשתות קוונטיות מרובות-גלים
iq.fp2.dev
March 16, 2026 at 4:38 AM
גל-מוליך LNOI משיג שזירת ארבעה פוטונים על-שבב בתחום טלקום עם רוחב סרט התאמת פאזה של 229 ננומטר, נאמנות 0.74±0.01, וקצב צירוף מרובע-קפלי של 1 הרץ — שיפור של ~3× על פני פלטפורמות משולבות קודמות.
#פוטוניקה_קוונטית #רשתות_קוונטיות #מחקר
#פוטוניקה_קוונטית #רשתות_קוונטיות #מחקר
Ống dẫn sóng LNOI đạt được sự rối lượng tử bốn photon trên chip trong băng tần viễn thông với băng thông phối hợp pha 229 nm, độ trung thực 0,74±0,01 và tốc độ trùng hợp bốn photon 1 Hz — cải thiện khoảng 3× so với các nền tảng tích hợp trước đó.
#QuangHọcLượngTử #MạngLướiLượngTử #NghiênCứu
#QuangHọcLượngTử #MạngLướiLượngTử #NghiênCứu
Nguồn Đa Photon Băng Rộng Tích Hợp Trên Chip cho Mạng Lượng Tử Ghép Kênh Bước Sóng
iq.fp2.dev
March 16, 2026 at 4:38 AM
Ống dẫn sóng LNOI đạt được sự rối lượng tử bốn photon trên chip trong băng tần viễn thông với băng thông phối hợp pha 229 nm, độ trung thực 0,74±0,01 và tốc độ trùng hợp bốn photon 1 Hz — cải thiện khoảng 3× so với các nền tảng tích hợp trước đó.
#QuangHọcLượngTử #MạngLướiLượngTử #NghiênCứu
#QuangHọcLượngTử #MạngLướiLượngTử #NghiênCứu
LNOI導波路により、229 nmの位相整合帯域幅、忠実度0.74±0.01、四重同時計数レート1 Hzを実現するオンチップ四光子テレコムバンドエンタングルメントを達成——既存の集積プラットフォームと比較して約3倍の性能向上。
#量子フォトニクス #量子ネットワーク #研究
#量子フォトニクス #量子ネットワーク #研究
波長多重量子ネットワーク向けチップ集積広帯域多光子源
iq.fp2.dev
March 16, 2026 at 4:35 AM
LNOI वेवगाइड ने 229 nm फेज-मैचिंग बैंडविड्थ, 0.74±0.01 की निष्ठा और 1 Hz की चतुर्गुणी संयोग दर के साथ ऑन-चिप चार-फोटॉन टेलीकॉम-बैंड क्वांटम एंटेंगलमेंट हासिल किया — जो पूर्व एकीकृत प्लेटफार्मों की तुलना में ~3× का सुधार है।
#क्वांटमफोटोनिक्स #क्वांटमनेटवर्क #अनुसंधान
#क्वांटमफोटोनिक्स #क्वांटमनेटवर्क #अनुसंधान
तरंगदैर्ध्य-मल्टीप्लेक्स्ड क्वांटम नेटवर्क के लिए चिप-एकीकृत ब्रॉडबैंड बहु-फोटॉन स्रोत
iq.fp2.dev
March 16, 2026 at 4:37 AM
Do you like to loose? We don't. In particular no photons, with our low loss, wafer scale waveguides in Lithium Niobate on Insulator (LNOI) with <2.7 dB/m. Check out opg.optica.org/ome/fulltext....
A collaboration of @fraunhofer.bsky.social IOF and
@uni-jena.de.
A collaboration of @fraunhofer.bsky.social IOF and
@uni-jena.de.
Optica Publishing Group
opg.optica.org
January 24, 2025 at 2:48 PM
Do you like to loose? We don't. In particular no photons, with our low loss, wafer scale waveguides in Lithium Niobate on Insulator (LNOI) with <2.7 dB/m. Check out opg.optica.org/ome/fulltext....
A collaboration of @fraunhofer.bsky.social IOF and
@uni-jena.de.
A collaboration of @fraunhofer.bsky.social IOF and
@uni-jena.de.
ท่อนำคลื่น LNOI สามารถสร้างการพัวพันโฟตอนสี่ตัวในแถบโทรคมนาคมบนชิปได้ โดยมีแบนด์วิดท์การจับคู่เฟส 229 นาโนเมตร ความเที่ยงตรง 0.74±0.01 และอัตราการตรงกันสี่เท่าที่ 1 เฮิรตซ์ ซึ่งถือเป็นการปรับปรุง ~3 เท่าเมื่อเทียบกับแพลตฟอร์มแบบบูรณาการก่อนหน้านี้
#โฟตอนิกส์ควอนตัม #เครือข่ายควอนตัม #การวิจัย
#โฟตอนิกส์ควอนตัม #เครือข่ายควอนตัม #การวิจัย
แหล่งกำเนิดโฟตอนหลายตัวแบบบรอดแบนด์บูรณาการบนชิปสำหรับเครือข่ายควอนตัมแบบมัลติเพล็กซ์ความยาวคลื่น
iq.fp2.dev
March 16, 2026 at 4:37 AM
Feed: "ECE Florida News"
By: Harrem Monkhorst on Friday, October 3, 2025
By: Harrem Monkhorst on Friday, October 3, 2025
Kim and Anderson Secure DARPA Grant to Transform Chip Manufacturing Using Atom-to-Wafer Framework
Dennis S. Kim, PhD, alongside co-PI Travis Anderson, PhD, from UF Chemical Engineering, have received a DARPA CRYSTAL grant to replace costly trial-and-error methods in wafer bonding with predictive modeling. The project tackles a critical manufacturing challenge: even advanced platforms like lithium niobate on insulator (LNOI) lack reliable models to predict optimal bonding conditions, limiting the scalable production of next-generation photonic, sensing, and electronic devices.
news.ece.ufl.edu
October 3, 2025 at 6:10 PM
Feed: "ECE Florida News"
By: Harrem Monkhorst on Friday, October 3, 2025
By: Harrem Monkhorst on Friday, October 3, 2025
Feed: "EEJournal"
By: Amelia Dalton on Thursday, June 26, 2025
By: Amelia Dalton on Thursday, June 26, 2025
EU Project ELENA Pioneers LNOI Platform for Next-Gen Photonic Circuits & Europe’s 1st Commercial Supplier of LNOI Wafers
June 23, 2025 – A recently concluded 42-month EU project, ELENA, announced today the development of the first-ever, European-made lithium niobate on insulator (LNOI) substrates for photonic integra…
www.eejournal.com
June 26, 2025 at 11:54 PM
Feed: "EEJournal"
By: Amelia Dalton on Thursday, June 26, 2025
By: Amelia Dalton on Thursday, June 26, 2025
Nan, Ren, Wu, Song, Liu, Zheng, Wang, Cheng: Near-Zero Crosstalk and Ultra-Low Loss Waveguide Crossings Enabled by three-dimensional Ta2O5-on-LNOI Integrated Photonic Platform https://arxiv.org/abs/2512.04886 https://arxiv.org/pdf/2512.04886 https://arxiv.org/html/2512.04886
December 5, 2025 at 6:48 AM
Nan, Ren, Wu, Song, Liu, Zheng, Wang, Cheng: Near-Zero Crosstalk and Ultra-Low Loss Waveguide Crossings Enabled by three-dimensional Ta2O5-on-LNOI Integrated Photonic Platform https://arxiv.org/abs/2512.04886 https://arxiv.org/pdf/2512.04886 https://arxiv.org/html/2512.04886
generation. The pulsed laser, fabricated on a lithium niobate-on-insulator (LNOI) platform, delivers a 35.5GHz repetition rate with broadly tunable center frequencies. By coupling these on-chip pulses to a silicon nitride microresonator, we achieve [4/6 of https://arxiv.org/abs/2505.15001v1]
May 22, 2025 at 6:14 AM
generation. The pulsed laser, fabricated on a lithium niobate-on-insulator (LNOI) platform, delivers a 35.5GHz repetition rate with broadly tunable center frequencies. By coupling these on-chip pulses to a silicon nitride microresonator, we achieve [4/6 of https://arxiv.org/abs/2505.15001v1]