OSSC Annual Report
Congratulations for a great 2017 - 2018 Program Year!!
Please Download the 2017 - 2018 OSSC Annual Report for an overview of our great program year!
Thank you to all of the members on making this such a great year for the OSSC!!!
OSSC Election of Officers
Congratulations New Officers!!
President: Nicholas Croglio
Vice President: Charles Gaugh
Secretary: Michelle Langland
Treasurer: Mathew Samson
Councilors: Graham Brewis, Justin Francis, & Russell Rauch
The OSSC also thanks Councilor candidates Michael Gordon, Stan Klyza & Richie Nagi for offering to serve in an appointed leadership role for the upcoming 2018-2019 active period.
The OSSC would love for you to join our leadership team. Planning for the next active period will begin soon. If you would like to help, please contact OSSC President Elect Nicholas Croglio.
Optics Community News
The Optics Community Mourns the Passing of Emil Wolf, 1922-2018
Emil Wolf, 1978 OSA President and Honorary Member, passed away on 2 June 2018. Wolf was known for his research in physical optics, including diffraction, coherence properties of optical fields, spectroscopy of partially coherent radiation, and the theory of direct scattering and inverse scattering. During his distinguished career, Wolf had significant influence on advancements in optics and on graduate students, who would become future leaders within the community.
Wolf was originally from Czechoslovakia and spent time in Italy, France, and the United Kingdom during WWII. He attended Bristol University where he received his undergraduate degree in mathematics and physics, and a PhD in mathematics in 1948. Wolf worked at the University of Edinburgh from 1951-1954, during which he collaborated with Max Born on the textbook, Principles of Optics. Following his time at University of Edinburgh, Wolf took a position at the University of Manchester, and subsequently moved to the University of Rochester, Rochester, NY, USA in 1959. Wolf held the position of Wilson Professor of Optical Physics at the University of Rochester.
The April Edition of the OSSC
Images Newsletter in now available!!!
Summer 2018 courses begin early July:
15% discount for OSSC Members on courses
Required for a Certificate.
(Discount does NOT apply to the above two
Electives and Prerequisite Courses.)
Laser and Photonics Technology instructors lead hands-on, laboratory-driven classes, utilizing state-of-the-art industrial equipment, based on the industry-guided photonics curricula written by industry professionals. In addition to laboratory skills, students are offered one-on-one support and career advice, including résumé and LinkedIn profile building.
Recent Outreach Event
STEM & The Arts Career Showcase
Thanks to everyone who helped!!
The STEM & the Arts Career Showcase is an annual three-day event held at the OC Fair and Event Center that gives students the opportunity to explore career pathways in STEM fields. The program brings together industry professionals, educators, and college representatives that provide students the opportunity to explore their future. The program includes student competitions and displays, industry demonstrations, career exploration exhibits, industry speakers, a job recruitment area, live entertainment, and more! The program reaches over 6,000 targeted students, parents and their families.
Thanks Justin Francis, Bo Wang & Donn Silberman for organizing and volunteering at the event.
2018 Vital Link STEM and the Arts Fair
New OSSC Fellows & LTA
Congratulations New Fellows
Lifetime Achievement Awardee
Al Hatheway receiving his OSSC Lifetime Achievement Award with friends Tom Godfrey, Arnie Bazensky and OSSC President Bo Wang
Upcoming VOSA Meeting
17 July 2018
OpticStudio Roadmap – Optimize optical systems for MTF
Dr. Thomas Pickering,
Associate Product Manager, OpticStudio Team,
Abstract: Zemax has developed a new optimization method called Contrast Optimization, which uses the Moore-Elliott theory to target the best MTF response up to a desired spatial frequency. This ground-breaking MTF optimization method has been added to OpticStudio. Optimization of the MTF is especially useful for extended images with cutoff frequencies set by the detectors, since lower spatial frequencies can be improved at the expense of higher, unneeded frequencies. But optimizing directly on the MTF value is slow, difficult, and often fails. Contrast Optimization increases the MTF in a much more robust way, and is just as fast as optimizing on the RMS wavefront.
In this talk, you will learn about this and many other recently added features and updates in OpticStudio to take your optical design to the next level. The topics include:
• Aberration analysis - Improve your freeform designs by analyzing how various aberrations degrade the image or beam quality of your system across the full field of view with the Full-field Aberration analysis.
• Field points - Efficiently simulate and design highly complex freeform systems and non-rotationally symmetric systems with more than 200 field points, which can be visualized with the Field Plot and easily managed with the new Field Data Editor.
• Automatic conversion - Design high-confidence virtual prototypes by tracing sequential and non-sequential rays through the same optical system by converting sequential systems with decentered apertures, multiple configurations, and sequential tolerances to non-sequential mode.
You will also get a sneak peek into features that are coming up soon.
6:00p Mixing and Stand Up Dinner
$20 donation on site(Donation for food, insurance and venue. If you need a no-food, student, old age or other discount, please give yourself one).
Recent OSSC Meetings
13 June 2018
Annual Business Meeting
Applications of Short Coherence Sources in Fizeau Interferometry
Dr. Michael North Morris,
Senior Director of Product Development,
Abstract: Most Fizeau interferometers use laser sources with many meters of coherence to ensure high contrast fringes are produced regardless of the position of the test article. The independence of the fringe contrast from test part position is admittedly very convenient. However, using a short coherence source with internal path matching opens up applications that are not possible with the longer coherence source. These applications include isolating the surfaces when measuring plane parallel optics, facilitating test and reference beam separation for vibration immune interferometry, and streamlining radius of curvature measurements by moving the position detection internal to the interferometer. This presentation will cover the theory behind each of the applications and present practical results from commercial implementations. Of particular interest will be the surface isolation as applied to a large 24-inch aperture interferometer and radius of curvature measurements in a production environment.
Challenges and Opportunities in Asphere and Freeform Metrology
Dr. Brent Bergner
Abstract: Aspheric and freeform surfaces can be a useful addition to the optical designer’s toolbox. The additional degrees of freedom allow for a reduction in the number of surfaces, making systems lighter, cheaper, and more compact. New technologies such as MRF, slow tool servo diamond turning, and optimized molding and replication techniques have expanded the range of their practical applications. However, aspheric and freeform surfaces can still be difficult and expensive to measure. In this presentation, we survey the various methods for measuring these surfaces and examine some of the sources of error, limitations, and other gothchas for each of the techniques. With that prospective we then look at recent advances and potential paths forward for improving the accuracy, speed, and flexibility of aspheric and freeform metrology.