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Lasers are essential to an incredibly large number of applications. Today, they are used in bar code readers, compact discs, medicine, communications, sensors, materials processing, computer printers, data processing, 3D-imaging, spectroscopy, navigation, non-destructive testing, chemical processing, color copiers, laser “shows”, and the military. There is hardly a field untouched by the laser. But what, exactly, is so unique about lasers that makes them so effective? Join Professor Shaoul “Ziggy” Ezekiel, MIT Professor in the Department of Electrical Engineering and Computer Science and Department of Aeronautics and Astronautics and find out. Various courses in lasers and laser applications are available from this famous educator through: Short Courses via MIT Fundamentals of Lasers, Fiberoptics and Their Unique Applications Understanding Photonics and Its Unique Applications Principles of Optical Sensors Custom Courses through Understanding Lasers Understanding Fiberoptics Understanding Photonics Basics of Optical Sensors Basics of Optical Components for Wideband Fiberoptic Communication Basics of Laser Interferometry and Applications Basics of Laser Wavelength Stabilization Basics of Laser Spectroscopic Methods Basics of Optical Gyroscopes Video Courses through Understanding Lasers and Their Applications Understanding Lasers and Fiberoptics Demonstrations in Lasers and Optics

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Lasers; Understanding Lasers; Gas lasers; Solid-State Lasers; Chemical

Lasers; Dye Lasers; Semiconductor Lasers; Diode Lasers; Light Emitting

Diodes; LEDs; Vertical Cavity Surface Emitting Lasers; VCSELs; Distributed

Feedback Lasers; DFB Lasers; Edge Emitting Lasers; Surface Emitting Lasers;

Optically Pumped Lasers; Diode Pumped Lasers; Tunable Lasers; High Power

Lasers; Mode Locked Lasers; Femto Second Lasers; Superluminescent Lasers;

SLD; Laser Linewidth; Frequency Stabilization of Lasers; Intensity

Stabilization of Lasers; Single Mode Lasers; Multimode Lasers; Transverse

Modes; Short Course on Lasers; Population Inversion; Optical Pumps;

Fiberoptics; Light Pipes; Step Index Fibers; Graded Index Fibers; Single

Mode Fibers; Multimode Fibers; Polarization Maintaining Fibers; Fiber

Lasers; Fiber Couplers; Fiber Splices; Thin Film Waveguides; Integrated

Optics Waveguides; GRIN Lenses; Integrated Opics Chip; Waveguide Lasers;

Short Course on Fiberoptics;

Photonics; Understanding Photonics; Wavelength Division Multiplexing; WDM;

Time Division Multiplexing; TDM; Optical Switches; Optical Modulators; Star

Couplers; Optical Filters; Add Drop Filters; Add Drop Channels; Optical

Multiplexer; MUX; Optical Demultiplexer; DEMUX; Optical Circulator; Optical

Isolator; Optical Gratings; Fiber Gratings; Bragg Gratings; Optical

Sensors; Fiberoptic Gyroscopes; IFOGs; FOGs; RLGs; Ring Laser Gyroscopes;

Fiber Strain Sensors; Magnetic Sensors; Flow Sensors; LDVs; Laser Doppler

Velocimeters; Broadband Communication; Ultra Broadband Communication;

Light Absorption; Spontaneous Emission; Stimulated Emission; Light

Scattering; Nonlinear Optics; Optical Amplifiers; Longitudinal Modes;

Transvers Modes; Optical Interference; Interferometers; Multiple Beam

Interference; Fiber Amplifiers; Optical Cavities; Fabry Perot

Interferometers; Holography; Nanotechnology; Optical Memories; Smart

Weapons; Smart Structures; Optical Components; Electrooptics;

Magnetooptics; Acoustooptics; Optoelectronic Devices; Optical Remote

Sensing; Chemical Sensing; Medical Diagnostics; Total Internal Reflection;

Fresnel Reflection; Evanescent Waves; Rayleigh Scattering; Brewster's

Angle; Critical Angle; Optical Data Processing; Optical Computing;