2015 International Year of Light

The United Nations has proclaimed 2015 the International Year of Light.

IYL2015 is a global initiative adopted by the United Nations to raise awareness of how optical technologies promote sustainable development and provide solutions to worldwide challenges in energy, education, agriculture, communications and health.

More information here:  http://www.light2015.org/Home.html

 

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St. Michael’s School Science Challenge Celebrates Light!

ST. MICHAEL’S SCHOOL CELEBRATES LIGHT!
Our Tenth Annual Science Challenge – Focus on Optics
February 19, 2015

Did you know that the United Nations has proclaimed 2015 as the International Year of Light?

Each year the United Nations designates an entire 365-day-long period as an “international year.”  The year 2015 has been designated as the International Year of Light. “This celebration of light-based technology and art aims for a global impact at all levels of society.”  (Optics and Photonics News, Jan. 2015) By chance, this coincides with St. Michael’s School’s ten-year anniversary of its Science Challenge – Focus on Optics.

The Science Challenge is designed specifically for fourth and fifth graders.  Children in these grades will have the opportunity to learn about and “play” with light.  During this event, students will be challenged to create a circuit that will uniformly light three bulbs, to build a light-house that will have an LED bulb at the apex, and to hit a target with a laser gun via a mirror.  All this is aimed to make science, especially optical science so important in our Tucson community, real for these children.

The event, Science Challenge – Focus on Optics, is put on each year at St. Michael’s School in conjunction with the National Optical Astronomy Observatory (NOAO) at the University of Arizona, which supplies the targets, laser guns, and adult supervision. Participation in this event is free and open to teams of two, both of whom must be current fourth or fifth graders.  The Science Challenge will take place on Thursday, February 19, from 4 p.m. to 6 p.m. at St. Michael’s School, 602 N.  Wilmot Rd. For more information or to register, call 722-8478 or go to www.stmichael.net and click on “Register for Science Challenge” on the banner at the top.

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Frontiers in Optics 2014 Tucson, Arizona

Frontiers in Optics

Tucson, Arizona

October 19 – 23, 2014

Frontiers in Optics (FiO) 2014 is The Optical Society’s (OSA) 98th Annual Meeting and is being held together with Laser Science’s (LS) 30th annual meeting of the American Physical Society (APS) Division of Laser Science (DLS). The two meetings unite the OSA and APS communities for five days of quality, cutting-edge presentations, fascinating invited speakers and a variety of special events spanning a broad range of topics in optics and photonics—the science of light—across the disciplines of physics, biology and chemistry.

The vibrant FiO exhibit floor features more than 60 leading optics companies and further enhances this internationally recognized meeting. Sunny Tucson, AZ, USA hosts the 2014 meeting and is OSA’s second stop on its journey to celebrating 100 years in 2016. Next up is San Jose in 2015 and Rochester, NY, USA in 2016.

The event will be held at:

The Tucson JW Marriott Starr Pass Resort

Information about the event is available at this link:

http://www.frontiersinoptics.com/home/

 

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The Art of Space and Light

The Art of Space and Light
International Association of Astronomical Artists (IAAA)

  • Gala Opening / Meet the Artists – Fri., Nov. 14, 2014, 7pm to 10pm
  • Artwork on exhibit:  November 14 – December 30, 2014.

Location:
3202 E. First Street, Tucson
Open to the public

Next year marks the International Year of Light or IYL 2015, an observance by the United Nations to aim awareness of the achievements of light science and its applications, and its importance to humankind.  IAAA (iaaa.org) aims to focus on the importance of Cosmic Light, reaching beyond life on Earth.  IAAA members implement and participate in astronomical and space art to promote education about space.  They foster international cooperation with other artists world-wide in order to gain inspiration though paintings and the exploration of themes of the Universe.

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College of Optical Sciences Receives $10 Million, Largest Gift for Scholarships in UA History

The University of Arizona’s world-renowned College of Optical Sciences has received a $10 million gift for graduate student scholarships, setting a new precedent as the largest gift towards any scholarship in the University’s history.

Professor Emeritus James C. Wyant — who is well-known throughout the optics industry for his academic and professional society leadership, profound expertise and establishment of several commercial enterprises — made this gift in celebration of the college’s 50th anniversary.

“Jim Wyant’s leadership has been remarkable, and the College of Optical Sciences is a major point of pride for the University of Arizona,” said UA President Ann Weaver Hart. “Jim’s gift provides fantastic opportunities for our students to excel in their studies and to conduct the kind of ground-breaking research that is certain to impact all of our lives.”

Click here to read full story.

 

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UofA Optical Sciences Presentation: Electro-Optical Sensors 1-22-2014

SPECIAL PRESENTATION

University of Arizona College of Optical Sciences

JANUARY 22, 2014

3:45 – 5:00 pm

Conf. Room 821

1630 E. University Blvd.

 

DAVID A. THOMAS, PhD – Engineering Consultant

MALCOLM PANTHAKI – Comet Solutions, Founder & Chief Technology Officer

 

MODEL-BASED SYSTEM ENGINEERING OF ELECTRO-OPTICAL SENSORS

The design and construction of Electro-Optical (EO) sensors require the combined efforts of a variety of engineering disciplines, each having specialized expertise and each working with specialized tools. We have developed a COTS Model Based System Engineering (MBSE) software environment that allows small teams of lead discipline engineers to work in a more collaborative fashion than has previously been possible by sharing CAD and CAE results across discipline boundaries in a robust way. The primary focus of our initial development efforts has been the efficient evaluation of Structural/Thermal/Optical (STOP) effects in optical sensors at a high degree of engineering fidelity.

This talk will start with a discussion of what we mean by MBSE as applied to EO sensor design and provide examples of how it has been applied in two different sensor projects. We will conclude with a real time demonstration of the MBSE environment as it was used in these projects to illustrate the operation and features of the environment and the benefits derived from working in this manner.

Bio – David Thomas

David Thomas holds a PhD in Optical Sciences from the University of Arizona and has over 30 years of experience as an optical engineer of space borne EO sensors for NASA and National Security Space applications. His research interest for the past 15 years has been concurrent design of optical systems and the development of a new Model Based System Engineering (MBSE) software environment for enabling that work to be conducted more effectively.

Bio- Malcolm Panthaki

Malcolm Panthaki holds a Master’s degree in Structural Engineering and Computer Graphics from Cornell University. He has over 25 years of experience developing simulation environments whose main purpose is to make engineering analysis more effective in the design of complex systems. At Abaqus Inc., he led the architecture and design of the Abaqus/CAE environment. He founded Comet Solutions, Inc. in 2001, and provided the vision and architecture for the Comet MBSE Workspace. Comet facilitates effective multi-physics, multi-fidelity analyses of complex systems in a collaborative team environment.

 

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CBS This Morning Show – How Bad is Light Pollution?

CBS This Morning Show – November 30, 2013

Light pollution is an ever-growing problem that is blocking out the night sky in major cities, obscuring all but the moon and a few bright stars and planets. Bob Parks, executive director of the International Dark Sky Association joins “CBS This Morning: Saturday” to discuss what can be done to combat this growing problem.

Click this link to view the November 30, 2013 show:  CBS This Morning Show – How Bad is Light Pollution?

A prior CBS show on Light Pollution, June 27, 2012 can be viewed at:  The Costs of Light Pollution

 

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Arizona-Sonora Business Resource Guide – Listings are Free

Be a part of the ARIZONA-SONORA BUSINESS RESOURCE GUIDE

The first-ever Arizona-Sonora Business Resource Guide is seeking listings from companies and trade groups ready to do cross-border business.

Arizona’s manufacturers, suppliers, logistics companies, trade groups, economic development organizations and others with the ability to do business in Arizona and Sonora are encouraged to register their profile for the first-ever ARIZONA-SONORA BUSINESS RESOURCE GUIDE.  Listings are free.

To submit a listing, please visit: www.azstarnet.com/b2bform

The ARIZONA-SONORA BUSINESS RESOURCE GUIDE is a collaboration between the Arizona Daily Star and the Tucson Hispanic Chamber of Commerce.   The guide will be available next spring in both print and electronic formats, in English and in Spanish.

 

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L3C: Companies with a Non-profit Soul

A panel of experts will explore the pros and cons of registering as an L3C for mission-focused companies – Thursday, Nov. 21, 2013 at 5:30 p.m.

Additional information is available at the following links:

Pima County Public Library

Gangplank

Facebook

 

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A Great Night for ARGOS and LBTO

ARGOS (Advanced Rayleigh guided Ground layer adaptive Optics System) will eventually bring Ground Layer Adaptive Optics (GLAO) capabilities to LBT.  ARGOS is dedicated to observations with LUCI1 and LUCI2, LBTO’s pair of near-IR imagers and multi-object spectrographs.

ARGOS is projecting three beams per LBT’s eye, creating a constellation of three artificial stars on a circle of 2′ in radius. This constellation will allow a significant improvement of the image quality over the 4′ field of view of the LUCIs. Each of the six Nd:YAG lasers sends a beam of green (532nm) pulses at a rate of 10kHz with a power of 14W to 18W. Three beams are launched to the sky on-axis from a mirror on the back of each of the two LBT secondary mirrors.

On the night of Nov5, 2013, the lasers were propagated on the sky for the first time.

For the full story, click the following link:

It’s Happening at LBT

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