Focusing the entire visible spectrum and white light — combination of all the colors of the spectrum — is so challenging because each wavelength moves through
materials at different speeds.
Seismic waves travel through different geological
materials at different speeds, so observing how waves change as they emanate from a source can reveal subsurface geology.
Since interacting light beams with different colours pass through a nonlinear optical
material at different speeds, they can become «out of step» and the desired effect can be lost.
This is because each learner progresses through
the material at different speeds, according to his or her own learning needs and abilities.
Not exact matches
Chen's coworker Baile Zhang of Nanyang Technological University in Singapore, as well as John Pendry
at Imperial College London, and their coworkers have shown that a compromise of partial visible - light cloaking of macroscopic objects can be attained using blocks of transparent
materials such as calcite crystal, in which light propagates
at different speeds in
different directions.
By studying the
speed at which seismic waves travel in
different directions through the same
material, a phenomenon called seismic anisotropy, the researchers found that interior of the Nazca plate had been deformed during subduction.
These waves, better known as quakes, travel
at different speeds depending on the geologic
material they travel through.
Industrial Engineer — Duties & Responsibilities Trained in industrial engineering with a focus on international industrial engineering Proficient in the development and implementation of optimized workflows, organizations, and systems Developed a prototype for a tree seedling transfer system which increased
speed of mechanical planting Collaborated with fellow international students, faculty, and subject matter experts Created a 3 - D object - oriented supply chain simulation using SIMIO software Enabled Bracke Forest to test
different inventory and product demand scenarios Programmed ABB and Hitachi robots to coordinate
material handling through a PLC Designed automated work - cell using DELMIA IGRIP software to replace manual
material handling on a hydraulic press operation
at SCANIA truck chassis plant Completed all duties in a thorough, professional, and timely manner Consistently recognized for excellence in team leadership and project management