Tag Archives: photonics

CIAN Research Featured by NSF

The National Science Foundation recently visited CIAN at the University of Arizona and spoke with Dr. Nasser Peyghambarian, Director of the CIAN Engineering Research Center, and other researchers on the topic of cutting-edge 3-D hologram technology.

The article discusses the exciting impacts of CIAN’s research and how it “could be felt in almost every home. Ultra-high data bandwidth and cost effective services could contribute to business innovation, improve educational opportunities, enhance distribution of medical services, minimize the environmental impact from infrastructure and pollution, enable new and varied entertainment opportunities, and increase overall national security, just to name a few possibilities.”

Watch the video by Science Nation here!

And learn more about CIAN’s research and the future of 3-D technologies from Dr. Pierre-Alexandre Blanche as he speaks on

“Drowning the Internet and then saving it: Holographic 3-D display and holographic optical switch.”

 

IOU-Native Americans Summer Research Program Accepting Applications

APPLY TO THE IOU-NA PROGRAM!

Application Deadline: January 31, 2016

Program Dates: June 6, 2016 – August 12, 2016 (TBD)

WHAT IS CIAN?

CIAN is the Center for Integrated Access Networks, an Engineering Research Center (ERC) funded by NSF that consists of research labs at 10 different universities. CIAN offers a 10-week summer program designed for undergraduate Native American students interested in exploring optics and photonics, as well as hydrology, soil sciences, atmospheric sciences, or environmental sciences. (See a slideshow of the Summer 2014 IOU-NA at the bottom of this page).

WHAT IS IOU-NA?

IOU_NA_002The Integrated Optics for Undergraduate Native Americans (IOU-NA) Research Experience for Undergraduates (REU) program is designed for Native American students interested in participating in hands-on research opportunities in top laboratories in optics and photonics, as well as in hydrology, astronomy, soil sciences, atmospheric sciences, and environmental sciences. Selected students are paired with a research project complementing their interests and goals.

Galveston BegayIMG_4579IOU-NA students will also participate in Native American focused workshops facilitated by University of Arizona’s Native American-serving entities, gain hands-on experience in CIAN’s culturally relevant two-week Native American focused Optics Research Workshop (ORW), attend presentations given by Native American STEM graduate students and faculty, as well as participate in other activities designed to support Native American Undergraduate students.

STIPEND

CSC_5743A stipend of $5,000 is available for successful participation in the full 10-week program. Additionally, travel to and from the university at the start and close of the program will be covered as well as housing on campus (Want to participate but live off-campus? Contact us with questions about off-campus housing.) during the 10-weeks of the program. (Something else holding you back from applying for the opportunity? Please contact us!)

EXAMPLES OF PREVIOUS PROJECTS

  • Smartphone-Based Ocular Imaging System
  • Investigating Lead and Arsenic Exposure Risks to a Community Area through Analysis of Airborne Particles on Children’s Playground Surface Equipment
  • Changes in DOM Quantity and Quality in a Southern Rockies Forested Catchment
  • Polarized Raman Microscopy of Aligned Carbon Nanotubes
  • The Influence of Ordered Nanostructured Carbon Electrodes on Supercapacitor Performance
  • Evidence for Deep Mountain Block Circulation from Stream Chemical Data in Sabino Creek
  • Nutrient Uptake by Plants and their Associated Microbiota Grown in Different Porous Rock Substrate
  • Optimization of Optical Transmission of Gigabit Ethernet Rates

WHO IS ELIGIBLE?

Native American undergraduates, attending a two or four-year college or tribal college, of all levels studying a Science, Technology, Engineering, or Mathematics (STEM) major. Minimum 3.0 GPA required, on a 4.0 scale. US Citizenship or permanent residency is also required.

APPLY TO THE IOU-NA PROGRAM!

APPLICATION DEADLINE: JANUARY 31, 2016

SEE THE FLYER!

READ ABOUT PAST STUDENTS’ EXPERIENCES

Solianna Herrera – Atmospheric Sciences, “My Experience with CIAN’s IOU-NA program”
Robert Castellanos – Optics, “A Packed Schedule – “Plunging into academics with CIAN”

ADDITIONAL MATERIALS REQUIRED FOR APPLICATION

Letter of Recommendation

May be mailed to CIAN in a sealed and signed envelop by the letter writer, or emailed directly by the letter writer. Please give your letter writer this form to complete.

Official Transcript

Please mail an official transcript to the CIAN headquarters.

All mail may be directed to CIAN headquarters.

Center for Integrated Access Networks (CIAN)
University of Arizona
c/o Amee Hennig, CIAN Education & Outreach Manager
1630 E University Blvd., 501B
Tucson, AZ 85721

Email Amee Hennig with any questions.

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CIAN Annual Retreat Approaches

REGISTER TO ATTEND THE CIAN ANNUAL RETREAT!

(Click above link then on the ‘Please RSVP’ and complete the form.)

Students are encouraged to speak with faculty as soon as possible to determine if they will be attending. Student presentations will be given on Nov. 13th. Speak with your mentor to determine if you will be giving a presentation. The Student’s Annual Retreat will be held simultaneously on Nov. 11 & 12, with consideration of the CIAN Annual Retreat agenda (see below for registration information, speakers, and topics).

Dates: November 12-13, 2015
Location: San Diego, CA
Lodging: Sheraton La Jolla Hotel

CIAN Annual Retreat Agenda

Please make your hotel reservations as soon as possible to obtain the discounted rate of $144.  The rate will be good for up to 3 days before and 3 days after our meeting. Hotel Deadline is October 10 (but don’t wait because there are only a limited amount of rooms).  Click on either of the links below.

CIAN Retreat (OR copy and paste the following link into a web browser)
https://www.starwoodmeeting.com/events/start.action?id=1509022518&key=3175D815

Questions about the CIAN Annual Retreat may be directed to Trin Riojas.

Questions about the CIAN Student Retreat may be directed to Amee Hennig.


REGISTER TO ATTEND THE CIAN STUDENT RETREAT!

Date: November 11-13, 2014
Location: San Diego, CA
Lodging: Sheraton La Jolla Hotel

Student Annual Retreat Draft Agenda

The CIAN Student Dinner and Activity will take place on November 11th in the afternoon and evening. Please make your travel plans and hotel reservations with these events in mind.

Nov. 11
Student Activity: Kayaking, 5pm (See Soha Namnabat and Alex Miles) (RSVP required)

Nov. 12
Student Dinner: Sheraton La Jolla Hotel (RSVP required)

Nov. 13
8:30am-10am, 10:30am-12:00pm – Student Presentations (Register your talk here)
1:00pm-2:30pm – Speaker 1: Bri McWhorter – Interview Skills Boot Camp
2:30pm-4:30pm – Speaker 2: George Kenney – Entrepreneur Boot Camp

Questions about the CIAN Student Retreat may be directed to Amee Hennig.

Chip-Scale Testbed Capabilities

CHIP-SCALE TESTING LABORATORY

The TOAN testbed facility has recently expanded its photonic devices testing facility into a dedicated lab: the CIAN Chip-Scale Testing Laboratory (CST).  The CST has the capability to characterize unpackaged passive and active photonic chips and is directly connected to TOAN testbed through single-mode fiber and gigabit-Ethernet.  This connectivity enables the insertion and evaluation of the unpackaged photonic chips on the network as a system. Pictures of the CST laboratory and a list of its capabilities are described below.

The CST facility supports characterization of passive waveguide devices as well as active devices such as lasers, modulators, transmitters and receivers.  Optical signals can be coupled on and off chip via lensed fibers, butt coupling, or other specialized means. Passive device characterization can be performed through all fiber-optic telecommunication bands. Active characterization includes S-parameter testing up to 67GHz, and BER and eye-diagram testing up to 32Gb/s.

For system-level testing, packet streams up to 40Gb/s can be flowed through the device, and the network’s ability to process the return streams with suitable latency, bit rates, and in accordance with the modulation schemes being run, can be evaluated. Continue reading

Light and Opportunity in the Southwest: My Experience with the Hooked on Photonics REU at UA

I believe that our interactions with light are amongst some of the most powerful and memorable experiences that one can have. Even our subtle interactions with light outside of the lab can have an extremely profound effect on the way we think and perceive the world. One of the most profound ways that light permeates our everyday language is in our use of light as a metaphor to clarify a concept. Words such as illuminate, illustrate, and enlighten make sense to us because of our everyday experience with light from childhood. When a new explanation of some phenomena comes to our attention, we may say that some light has been shed on the subject. In the lab, the interaction between light and matter can provide us with a great amount of information about the characteristics of our universe and applications for new types of technology. In the laboratory, we are put into a unique situation. Not only is light used to reveal the properties of materials and objects around us, but also the concept and properties of light itself are revealed or even can be said to be illuminated.

College of Opt Sci Sculpture

Mirror Glass Sculpture Outside College of Optical Sciences

I started optical science research in my junior year of college. When I found out that I had been accepted as a participant in the Hooked on Photonics REU program at UA, I was very excited. The furthest west I had ever traveled in the United States was Illinois, so the REU seemed like a perfect opportunity for the summer. UA has a historically strong program for optics, so I was looking forward to being part of such an immersive optics experience. After the program, I remember reading through the October issue of the OSA publication Optics and Photonics News and coming across the feature article on the 50th Anniversary of the College of Optical Sciences at UA written by Dean Thomas Koch. His description of the Arizona sky and the “blue-sky thinking” that characterizes the institution and its hosted programs completely reflects my memory of my summer experience. Continue reading

Veteran Research Supplement – for grads & undergrads

APPLY FOR THE VETERAN RESEARCH SUPPLEMENT

Application Deadline: Rolling

WHAT IS CIAN?

CIAN is the Center for Integrated Access Networks, a ten-university Engineering Research Center (ERC) funded by NSF. CIAN is working towards creating transformative optical technologies to enable an affordable faster internet for the future.

WHAT IS VRS?

russellCIAN welcomes veteran students (undergraduate and graduate) of the United States Military into our labs to participate in research that is creating ultra-broadband communication for the next generation internet. Participants will be given consultation and financial support to obtain real hands-on research experience in optical communications, thus preparing or expanding the career potential for participants both in the classroom and in the workforce.

CIAN aspires to create a technological revolution in internet access speeds. Veteran students will conduct research in a cross-disciplinary setting collaborating with faculty, graduate students, research engineers, post-docs, and other students. Also, the program will develop partnerships between the mentors, faculty, and veteran students to develop effective means of transferring STEM (optical communication and networking) knowledge.

STIPEND

A stipend of up to $5,000 or $10,000 is available.

RESEARCH TOPICS MAY INCLUDE:

Optical telecommunication, fiber optics, fiber lasers and amplifiers
Nonlinear photonics and high speed optical switching
Integrated optics including waveguide amplifiers, lasers, and modulators

WHO IS ELIGIBLE?

University students majoring in Science, Technology, Engineering, or Mathematics (STEM) as an undergraduate or graduate student and who are also veterans of the United States Military. Minimum 3.0 GPA on a 4.0 scale. US Citizenship or permanent residency is required.

APPLY FOR THE VETERAN RESEARCH SUPPLEMENT

APPLICATION DEADLINE: ROLLING

SEE THE FLYER!

ADDITIONAL MATERIALS REQUIRED FOR APPLICATION

Letter of Recommendation

May be mailed to CIAN in a sealed and signed envelop by the letter writer, or emailed directly by the letter writer. Please give your letter writer this form to complete.

Official Transcript

Please mail an official transcript to the CIAN headquarters.

Verification of Military Service (ex. DD214 form)

All mail may be directed to CIAN headquarters.

Center for Integrated Access Networks (CIAN)
University of Arizona
c/o Amee Hennig, CIAN Education & Outreach Manager
1630 E University Blvd., 501B
Tucson, AZ 85721

Email Amee Hennig with any questions.

 

Integrated Optics for Undergraduate Native Americans (IOU-NA) Research Experience for Undergraduates (REU)

APPLY TO THE IOU-NA PROGRAM!

Application Deadline: February 13, 2015

WHAT IS CIAN?

CIAN is the Center for Integrated Access Networks, an Engineering Research Center (ERC) funded by NSF that consists of research labs at 10 different universities. CIAN offers a 10-week summer program designed for undergraduate Native American students interested in exploring optics and photonics, as well as hydrology, soil sciences, atmospheric sciences, or environmental sciences. (See a slideshow of the Summer 2014 IOU-NA at the bottom of this page).

WHAT IS IOU-NA?

IOU_NA_002The Integrated Optics for Undergraduate Native Americans (IOU-NA) Research Experience for Undergraduates (REU) program is designed for Native American students interested in participating in hands-on research opportunities in top laboratories in optics and photonics, as well as in hydrology, astronomy, soil sciences, atmospheric sciences, and environmental sciences. Selected students are paired with a research project complementing their interests and goals.

CSC_5743IOU-NA students will also participate in Native American focused workshops facilitated by University of Arizona’s Native American-serving entities, gain hands-on experience in CIAN’s culturally relevant two-week Native American focused Optics Research Workshop (ORW), attend presentations given by Native American STEM graduate students and faculty, as well as participate in other activities designed to support Native American Undergraduate students.

STIPEND

A stipend of $5,000 is available for successful participation in the full 10-week program. Additionally, travel to and from the university at the start and close of the program will be covered as well as housing on campus during the 10-weeks of the program.

WHO IS ELIGIBLE?

Native American undergraduates, attending a two or four-year college or tribal college, of all levels majoring in Science, Technology, Engineering, or Mathematics (STEM). Minimum 3.0 GPA required, on a 4.0 scale. US Citizenship or permanent residency is also required.

APPLY TO THE IOU-NA PROGRAM!

APPLICATION DEADLINE: FEBRUARY 13, 2015

 

SEE THE FLYER!

READ ABOUT PAST STUDENTS EXPERIENCES

Solianna Herrera – Atmospheric Sciences, “My Experience with CIAN’s IOU-NA program”
Robert Castellanos – Optics, “A Packed Schedule – “Plunging into academics with CIAN”

ADDITIONAL MATERIALS REQUIRED FOR APPLICATION

Letter of Recommendation

May be mailed to CIAN in a sealed and signed envelop by the letter writer, or emailed directly by the letter writer. Please give your letter writer this form to complete.

Official Transcript

Please mail an official transcript to the CIAN headquarters.

All mail may be directed to CIAN headquarters.

Center for Integrated Access Networks (CIAN)
University of Arizona
c/o Amee Hennig, CIAN Education & Outreach Manager
1630 E University Blvd., 501B
Tucson, AZ 85721

Email Amee Hennig with any questions.

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PIC Designer Opening in Keysight Labs

Keysight Technologies

The PIC Designer position with Keysight Labs was created because the company views photonic integrated circuits as an important emerging technology—both in terms of its impact on the markets and because of its potentially revolutionary impact on measurement solutions.  This is a special position for a number of reasons:

  1. It offers a great environment for technical and professional growth.
  2. Keysight labs expects to cultivate academic contacts through collaborations, journal publications, etc.
  3. The position calls for guidance and leadership in identifying the most impactful technology applications of PICs—and in identifying the most compelling measurement opportunities.
  4. If the research is successful, the concepts and designs developed by the researcher can become commercialized in Kesight’s next-generation instruments.

The position is a “campus hire” position and is aimed at new Ph.D. or post-docs who are within 18 months of leaving the academic setting.

Apply with Keysight Labs Online
or
email Dr. Greg VanWiggeren

Job REQUIREMENTS

The successful candidate will possess a deep theoretical understanding as well as strong practical skills in the area of photonic integrated circuits (PICs).  As this is an applied research position, the successful candidate will have Continue reading

LASER SALES ENGINEER | ADVALUE PHOTONICS INC.

Date Posted:
2014-04-17
Job Description:

A fast growing manufacturer of fiber lasers is looking for candidate to fill a Laser Sales Engineer position for scientific market. Job duty includes: establish new accounts by answering e-mail and phone inquiries; develop sales opportunities by researching and identifying potential accounts; provide technical information and explanations; prepare quotations; and communicate expected delivery date. Requirements: 1. Exceptional listener with excellent time management 2. Excellent verbal communication and presentation skills 3. Self-motivated towards goals and achieve objectives 4. Good work ethics with personal and professional integrity We offer an excellent compensation package including medical and dental insurance, 401k, 8 days national holidays and 15 days personal time off.

AdValue Photonics Inc is a rapidly growing hightech company. We are looking for self-motivated, team-oriented engineers with hands-on experience in fiber laser and amplifiers to fill in two positions. Please send your resume to HumanResource@advaluephotonics.com.

Requirements:

  • Degree in Optical, Applied Physics, or Electrical Engineering
  • Two years experience in fiber lasers and amplifiers
  • Self-motivated, and able to work both independently and in a team environment
  • Demonstrated analytical, experimental, and problem solving skills
  • Strong communication and technical writing skills
  • Customer oriented
  • U.S Citizenship or Permanent Resident status

Contact:

For more information about the company, please visit our website at www.advaluephotonics.com. If you are interested in the position, please email your résumé to humanresource@advaluephotonics.com.

CIAN Lectures Series: Robert A. Norwood – “Electro-optic Polymers and Their Role in Silicon Photonics”

March 28, 2014
1:30pm – 3:30pm
College of Optical Sciences Auditorium 307

bobRobert A. Norwood
Professor
College of Optical Sciences
University of Arizona

“Electro-optic Polymers and Their Role in Silicon Photonics”

 Abstract:

Recently, we have witnessed the increased pervasiveness of information technologies and the explosion of wireless devices and streaming technology.  Internet networks and large data centers must continually increase capacity to keep up with our growing demand for data.  In 2013, the Internet carried on the order of 60 exabytes (1018 bytes) of information per month.  To put that into perspective, consider that the total text, audio and video output of humanity up to the year 2000 is estimated to have been about 12 exabytes.  It is clear that a multi-pronged technology development program is needed that continues to ride the success of microprocessor technology, while using photonics technology to provide both transmission and limited processing functionalities.  Major advances in organic photonics could help us keep up with the data explosion—namely, by deploying commercialized electro-optic (EO) polymers with high thermal- and photostability.  New materials in beta testing can reach between 200 and 250 pm/V, which is eight times larger than the benchmark material, lithium niobate.  EO polymers have long been valued for their intrinsically high bandwidths —reaching well into the hundreds of gigahertz and beyond.  This high bandwidth derives from the origin of EO polymer nonlinearity—virtual excitations of -conjugated electrons.  The combination of high EO coefficients, low dielectric constant, and ease of fabrication puts present generation EO polymers on excellent footing with respect to other EO materials, enabling the design and fabrication of high performance modulators with low drive voltages (0.5 – 2.5V).    It is also feasible to design and fabricate ultracompact modulators that can be easily integrated with silicon photonics.   Silicon is an increasingly important platform poised to revolutionize data center and computer interconnections the way that optical components such as amplifiers, dense wavelength division multiplexing filters, and wavelength-selective switches have transformed the fiber-optic core of the Internet.  We will review recent progress in EO polymers and discuss fundamental considerations concerning their use on the silicon photonics platform for improved modulation, switching,  and tunable filtering among other critical optical network functions.

Continue reading