We look forward to seeing you at the OFC meeting in San Francisco the first week of April. How can we support your DAS, high-speed data transmission, and AI networking needs?
关于我们
OEwaves, Inc. transforms novel microwave photonic technologies from concept to small size, weight, and power consumption ( low SWaP) solutions and products for the marketplace. These innovations enable new capabilities for applications in communications, sensors, quantum technologies, metrology and test and measurement systems. The company’s core technologies include the opto-electronic oscillator (OEO) and whispering gallery mode (WGM) optical resonators. They form the basis for miniature ultra-low phase noise fixed, and ultra-wideband tunable, oscillators and lasers, frequency converters and filters. Other OEwaves solutions include small receivers for radar and communications in support of unmanned platforms. OEwaves has developed unique photonic low phase and frequency noise measurement systems for high performance microwave oscillators and narrow linewidth lasers. OEwaves was founded in August 2000 and is headquartered in Pasadena, California.
- 网站
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https://www.oewaves.com
OEwaves Inc.的外部链接
- 所属行业
- 航空防务制造业
- 规模
- 11-50 人
- 总部
- Pasadena，Ca
- 类型
- 私人持股
- 创立
- 2000
- 领域
- Opto-Electronic Oscillator (OEO)、Whispering Gallery Mode (WGM) Optical Resonators、Phase Noise Test Measurement System (PNTS)、Microwave Photonics、Atomic Clock、Ultra-Narrow Linewidth Laser Source、Quantum Computing、Quantum Sensing、Rydberg Atoms和Interferometry
地点
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主要
获取路线
465 N. Halstead Street
Suite 140
US，Ca，Pasadena，91107
OEwaves Inc.员工
动态
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OEwaves Inc.转发了
Join the IEEE Photonics Society Journals Club – Microresonator Frequency Comb Technologies The IEEE Photonics Society Journals Club connects students and early-career professionals with leading researchers and authors of impactful scientific papers. This session, supported by the IEEE Journal of Selected Topics in Quantum Electronics and the IEEE Photonics Publications Council, will focus on Microresonator Frequency Comb Technologies. ?? Date: 6 March 2025 ? Time: 19:00 - 20:00 EST ?? Location: WebEx Featured Papers & Authors: ?? "Coherent Optical-to-Microwave Link Using an Integrated Microcomb" – Qingxin Ji, Caltech, USA ?? "Widespan Kerr Comb Generation Using Sub-Millimeter-Size Magnesium Fluoride Whispering-Gallery Resonators in the Normal Dispersion Regime" – Guoping LIN, Harbin Institute of Technology, Shenzhen, China Moderated by Lute Maleki, OEwaves Inc., Inc. Participants will gain insights directly from the authors, discuss their research methods, and engage in an interactive Q&A. Register now: https://lnkd.in/eTuEnyeZ
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Lute Maleki will be moderating an IEEE Photonics Society Journals Club session on Microresonator Frequency Comb Technologies on March 6th, 2025. Join us! Read more: https://wix.to/p9qWVYf #Photonics #FrequencyComb #Innovation
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Stop by booth 3634 at Photonics West to learn more about the lasers used in this fabulous quantum computer.
Founder/CEO @XanaduAI. We are building photonic quantum computers and are hiring!
A big new quantum hardware announcement today from the awesome Xanadu team! Introducing our new quantum computer called Aurora! This is the first time a quantum computer has been built that is modular, networked and truly scalable Aurora is peer reviewed in @nature and released online today (https://lnkd.in/gu_eVpXd) It is the very first time anyone has combined all the subsystems necessary to implement universal and fault-tolerant quantum computation in a photonic architecture
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We are excited to showcase our new photonics solutions at Photonics West! Visit us at booth 3634 to experience firsthand the innovations we are bringing to the photonics industry. #PhotonicsWest #Innovation #OEwaves #PhotonicsIndustry
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We have exciting things planned for #PhotonicsWest and will share them as we get closer to the conference. Will you be there?
After a great meeting about #PhotonicsWest today, I'm already getting excited about the excellent conversations. Have you started your game plan for the conference and exhibition?
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If you missed the Optica webinar on #LiDAR yesterday, you can still watch it and learn about great state of current LiDAR technologies.
At the latest Optica Online Industry Meeting, these companies across the entire supply chain covered #LiDAR, discussing areas like #automotive, #robotics vision, remote sensing, mapping, and more. The meeting covered technological solutions such as next-generation sources and detectors and alternative architectures aimed at improving the key metrics such as range, and sensitivity, reducing costs and complexity while enhancing reliability and deployment of LiDAR #technology. Attendees addressed current challenges and identified partnerships for further technological enhancements in the field of LiDAR. Learn more about the meeting and watch the recording here: https://lnkd.in/eWX_Yu_n Hear contributions from Continental, Heiko Leppin Vayu Robotics, Anand Gopalan John Deere, Zach Bonefas Lumotive, Apurva (Chirag) Jain Ommatidia LIDAR, Eduardo Margallo SCRAMBLUX GmbH, Mirvais Yousefi Exail, Nicéphore Nicolas OEwaves Inc., Orri Jonsson ?? imec, Marcus Dahlem Luminate Accelerator, Damon Diehl Thank you to Optica Staff Olga Raz, Helena Diez-y-Riega, and Jose Pozo.
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OEwaves Inc.转发了
NEXT OIM ON LIDAR FOR YOUR AGENDA: Time flies. And our Optica Online Industry Meetings are going from strength to strength. The next one will be this year's last?Optica?Online industry meeting. It will start at 10 am EST/3 PM UK/4PM Central Europe on Tuesday 19 November. The subject is LIDAR: My colleague Olga Raz will chair the following lineup of expert speakers: Heiko Leppin @Continental, Senior Expert Anand Gopalan Vayu Robotics, CEO & Co-founder Zach Bonefas John Deere, Automation Technology Leader Apurva (Chirag) Jain, Lumotive, VP Engineering Eduardo Margallo Ommatidia LIDAR, CEO Marcus Dahlem imec, Principal Technical Staff Orri Jonsson ??, OEwaves Inc., Director of Sales - North America Mirvais Yousefi SCRAMBLUX GmbH, CTO Nicéphore Nicolas Exail. Deputy Sales Director More details and for free signup to participate in our Zoom room https://lnkd.in/dMgTdjsn
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Rabi oscillations are a key component in many quantum technologies and much effort is put into controlling them with the highest precision. Laser detuning from the center frequency of the transition leads to an effective generalized Rabi frequency. Any variations in the frequency of the laser used to probe a cold atom or trapped ion system will therefore lead to a loss of control. Is there a limit on how narrow a laser linewidth will be helpful in improving quantum system performance?
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