Notes
Slide Show
Outline
1
Optics Exhibits
Irvine City Hall – Spring 2004
Orange County Airport - Fall 2005

A preliminary introduction.
2
OISC Background
  • Pasadena City College Laser Program
  • Irvine Valley College Laser Electro-Optics
  • Local Optical Society of America Outreach efforts
  • The need to organize and implement reaching kids (of all ages) with every day optics.


3
Introduction
  • The idea for Optics Exhibits at the Irvine City Hall and Orange County Airport in California came from the merging of concepts that many fundamental sciences have been developed in Southern California and Orange County and many have optics at their cores.  In addition, many industries involving optics have grown up in Southern California and the Irvine City Hall and OC Airport have been identified as places to showcase them.
  • One good reason for the OISC to pursue this project is so the project and the OISC will act as a focal point to organize and improve the public outreach education effort of the optics and related industries.


4
Local Collaborations
  • Optical Society of Southern California
  • Optical Society of San Diego
  • IEEE Laser Electro-Optics Society – LA Chapter
  • Irvine Valley College
    • Laser Electro Optics Technology Program
    • Center for Applied Competitive Technologies
  • UC Irvine
    • Beckman Laser Institute
    • Integrated Nanosystems Research Facility
  • Discovery Science Center – Santa Ana, CA
  • California Science Center – Los Angeles, CA
  • Local companies


5
OISC Exhibit Program
  • Form an OISC Exhibit Committee
  • Identify ~15 themes for 3D Wall Exhibits
  • Identify ~8 themes for 3D Cube Exhibits
  • Develop a funding plan
  • Contact prospective people to provide content for the exhibits
  • Contact prospective people for donations
  • Develop an implementation plan


6
OISC Exhibit Committee Purpose
  • Ideas & suggestions
  • Expertise
  • Networking
  • Resources
    • Volunteers, equipment, supplies, donations….
  • Collaboration
  • Event planning & participation
  • Funding



7
Some Prospective Themes
  • Optometry
  • Astronomy
  • Microscopy
  • Photography
  • Scanning Techs
  • Photolithography
  • Telecommunications
  • Fundamental Physics / Optics



8
Optomtery
  • Start with the human visual system
  • The eye is a natural imaging system
  • We are all familiar with these systems
  • We do not all understand these systems.
  • This is the most prevalent optics in the world.
9
Photography
  • The second most used optical systems.
  • Film & Digital Cameras
  • Video cameras & projectors


10
Astronomy
  • The first field to use “advanced” optical systems.
  • A reason to develop “advanced” optical systems
  • Telescopes
  • Spectroscopy


11
Microscopy
  • The second most used “advanced” optical systems
  • Industrial inspection
  • Cellular Biology
  • Medical Surgery
  • Scientific Research
12
Scanning Technologies
  • Advanced optical systems in every day use.
  • Bar code scanners (supermarkets)
  • Copy machines & scanners


13
Photolithography
  • Semiconductor manufacturing
  • CDs & DVDs
14
Telecommunications
  • Fiber optics
  • Laser transmitters
  • Light Detectors
  • Signal Processing
  • Infrared systems
  • Radio systems
  • Microwave systems
  • Satellite systems


15
Lighting
  • Environmental
    • Homes
    • Streets
    • Buildings
    • Structures
    • Cars, Trains, Planes, Ships


16
Fundamental Physics / optics
  • The speed of Light
  • Electromagnetic waves
  • Relativity
  • Quantum Mechanics, Optics, Electodynamics


17
Transportation
  • Cars, planes, ships, trains lighting
  • Reflective signs & paint
  • Heads up displays



18
Art
  • Glass Sculptures
  • Holography
  • Color with lights
  • Laser Lights Shows
  • Fiber Optics
  • LEDs – signs, graphics, printing


19
Medical Lasers
  • Ophthalmic
  • Cardiac
  • Dermatology
  • Urology
  • Photodynamic Therapy
  • Dental


20
Industrial Lasers
  • Material Processing
21
Optical Design & Mfg
  • Ray Tracing
  • Geometric Optics
  • Wave Optics
  • Lens Manufacturing
  • Filters
  • Polarization
  • Diffractive Optics
22
Energy
  • Solar
  • Nuclear Fusion



23
Color
  • Printing
  • Painting
  • Electronic Display
24
Optical Metrology
  • Non-destructive Testing
    • Holography
    • Interferometry
    • X-Rays
  • Video based inspection
  • Optical Comparators
  • Laser Micrometers



25
“The Speed of Light”
@ The Irvine Ranch
  • Potential Exhibits at:
    • Irvine City Hall
    • John Wayne Airport
  • Why??
    • Famous optics experiment took place locally
    • Michelson Ave is main entrance to airport
    • Increase public awareness of optics
      • It’s not just eye glasses!!
26
Prospective Organizations & Companies
  • OSA, SPIE, LEOS, UCI BLI & INRF, Meade, Newport, Melles Griot, IVC, Discovery Science Center, California Science Center, Fleet Science Center, Oakley, Edwards Life Sciences, Cymer, JPL Cal Tech, USC, UCLA, UCSD, UCSB, SCCO, Nikon, Olympus, Canon, Advanced Laser Technologies, Optical Research Associates, Zemax, SolidWorks, Boeing, Northrup, Johnson & Johnson, Univ. of Arizona Optical Sciences Center, Univ. of Rochester Institute of Optics, COM, Schott Glass Corp., Ohara Glass Corp, (small local optics companies), Corning, MetroLaser, Light Works
27
Prospective Key People
  • Donn Silberman – Director OISC
  • Shari West – Museum Consultant
  • Larry DeShazer – OISC Board Member, Irvine Valley College CACT Director
  • Arnie Bazenski – OISC Board Member, Schott Glass Technologies Western USA Sales Manager
  • David Moeller – Graphics Designer
  • Roxy Nava – Exhibit Coordinator, Discovery Science Center


28
Follow up & Next Steps


29
Thank You