Here, Adrian worked with: Barry Levinson, the Cohen Brothers, Robert Rodriguez, Mel Gibson, Ron Howard, Peter Weir, Tim Burton, Guillermo del Toro, Stephen Soderbergh, and Roland Emerich. Efilm enlisted Colbert as a colorist assistant in one of the two functioning Digital Color Suites in Los Angeles. In 2002 the company Efilm was born with the goal of being the first Digital Film Lab in the industry. These experiences led him to supportive work on 'O BROTHER, WHERE ART THOU? which heralded the dawn of the digital era. Adrian was able to rapidly grow and hone new skills with digital technology on such large scale productions as: MOULIN ROUGE, PEARL HARBOR, ICE AGE, JIMMY NEUTRON, OCEAN'S 11, and SHREK, to name a few. In 2000 Colbert moved to Cinesite Hollywood to become an instrumental figure in the transition of the post production world into digital color correction. During this time, he worked on: TITANIC, ARMAGEDDON, THE X-FILES MOVIE, WHAT DREAMS MAY COME, THE MASK OF ZORRO,STAR TREK INSURRECTION, MYSTERY MEN, and many others.
Here he became adept with Scanning Film Negative and using laser film recorders to output completed VFX shots. (3) For gratings supporting both S and P polarizations, the diffraction efficieny is the average efficiencies of S and P polarization at any given wavelength over the operation wavelength range.Adrian began working in post production at Pacific Ocean Post in 1997 after being Honorably Discharged as a Flight Engineer in the US Army. S-polarization: incident electric-field vector parallel to grating lines.
(2)P-polarization: incident electric-field vector perpendicular to grating lines. (1) Gratings will be highly efficient over a larger range of angles please inquire, Pulse compression of pico- and femtosecond pulses Optical telecommunications (ROADM, WSS, WDM mux/demux) No polymers or organics are used Telcordia-qualifiedĮach grating is a master ultralow scatterĮxtremely precise line density (line density uniformity, <0.001 lines/mm) Uses only fused silica and highly robust dielectric materials Special design for broad passband and low angular sensitivity Ultralow polarization-dependent loss (for applicable designs) Unlike reflection diffraction gratings, transmission diffraction gratings may be polarization-independent and can operate at the optimal Littrow angle with conveniently large angular separation between the input and diffracted beam They contain no organic materials and can withstand temperatures of up to 500☌ with no performance degradation.
High-energy pulsed and CW laser systems will benefit from the high optical damage threshold of our diffraction gratings. High diffraction efficiency (95% typical) allows our customers to minimize optical losses in multipass configurations. These gratings offer an attractive combination of excellent optical performance, reliability, and competitive pricing. The product line of transmission gratings by II-VI utilizes state-of-the-art design and precise lithographic wafer-scale fabrication to deliver record-breaking optical performance combined with low cost, providing your optical systems with a powerful competitive edge. Transmission gratings operate to angularly disperse incident light into a spectrum.
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