optical interference filters - SPOT Imaging Solutions
optical interference filters - SPOT Imaging Solutions
optical interference filters - SPOT Imaging Solutions
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
photonics teaching kit<br />
Involved in the design, fabrication, or production of optics or<br />
<strong>optical</strong> devices?<br />
Teaching or learning about photonics?<br />
Learn principles of photonics and how the interaction of<br />
light with matter plays a role in our everyday lives.<br />
Get a head-start on the exciting careers of tomorrow.<br />
Hands-on labs examine a wide variety of topics within<br />
photonics.<br />
One Photonics Kit accommodates 6 small groups.<br />
Photonics now and in the future begins with the educational systems of our society.<br />
The Omega Optical Photonics Kit – Teach Photonics!<br />
For Science Educators – Help students to explore the environment around them, discovering the principles on the interactions of light<br />
and matter and how to manipulate these interactions.<br />
For Professionals – Finding workers with a fundamental understanding of <strong>optical</strong> principles is a challenge. The need for cost-effective<br />
employee training and education that delivers real-time benefits is a priority as organizations continuously adapt to changing marketplaces,<br />
and external competition.<br />
Our Photonics Teaching kit includes 12 lab activities based on various topics within the field of photonics including solar cells, reflection,<br />
refraction, wave <strong>interference</strong>, LEDs, light detection, complementary colors, fluorescence, and phosphorescence.<br />
The comprehensive labs are organized and supported<br />
with all required hardware for the following:<br />
wave/particle duality of light<br />
interactions of light and matter including scattering, reflection,<br />
refraction, fluorescence and phosphorescence<br />
relationship between the electronic structure of an atom or<br />
molecule and its emission and absorption spectra<br />
how light can be used to encode information by changing<br />
intensity, spectral characteristics or polarization<br />
how information about the structure of a molecule can be<br />
elucidated using spectroscopy<br />
principles behind <strong>optical</strong> computing<br />
human and animal perception of color<br />
principles behind the operation of LEDs, solar cells, and fiber<br />
optic cables are explored<br />
For current product listings, specifications, and pricing:<br />
www.omega<strong>filters</strong>.com • sales@omega<strong>filters</strong>.com<br />
1.866.488.1064 (toll free within USA only) • +1.802.254.2690 (outside USA)<br />
11
Change language