Patterns of Light [electronic resource] : Chasing the Spectrum from Aristotle to LEDs /
Beeson, Steven.author.
Mayer, James W.author.
Light is all around us – even when we do not see it. Our eyes do not detect the higher energy and shorter-than-visible-wavelength ultraviolet radiation, yet we know it is there from the sunburn we receive in Arizona. We know that window glass can block ultraviolet rays so we do not get a burn while driving with the windows rolled up. Our eyes do not detect the low-energy, long-wavelength infrared (IR) radiation but we know it exists from discussions of war applications and televised images of guided weapons targets. We also know about radio waves from the little boxes that talk to us and x-rays from the dentist's office. Patterns of Light, Chasing the Spectrum from Aristotle to LEDs, written by Steve Beeson and Jim Mayer starts with the visible – the straight path of light. It continues with chapters detailing reflection (mirrors, storefront windows) and refraction (eyeglasses, binoculars). Color is then introduced with the query "Why is the sky blue?" After answering that and other similar questions ("Why is snow white?"), the book goes beyond the visible to the infrared and ultraviolet. Patterns of Light’s many colorful photos and figures further aid in the reader’s grasp of the concepts discussed. Patterns of Light is a descriptive, rather than technical, book with the mathematics behind light included in the appendices. The book is designed for physics students of optics and engineering, but will certainly be enjoyed by all readers interested in gaining a broader perspective on light and its history.
Description based upon print version of record.
Includes bibliographical references (p. [185]-186) and index.
Introduction -- The Path of Light: Light beams, Light paths, Pinholes -- Reflection of Light: Mirrors, Daguerreotypes, Equal angles, Windows -- Refraction of Light: Speed of light, Waves, Refractive Index, Total internal reflection, Mirages -- Lenses: Focal length, Magnification, Photography, Fresnel lenses -- Color: Color and Light, The Eye and Color Sensation, Sources of Light, Composition of Light -- Rainbows: Your own rainbow, Secondary rainbows, Light inside, Double rainbows -- Blue skies and White clouds: Scattering, Rock candy/glass, Salt/sugar/foam, Water/ice -- Interference & Color: Soap bubbles, Oil/gas on water, Feathers -- Polarized light: Sunglasses, Blue sky -- The photon: a. Photoelectric effect, Solar panels, CCDs, LEDs -- Optical Spectroscopy: a. Light and electrons, Optical light emission, Prisms/gratings, Neon lights -- Electrons in atoms: Photons and electrons, X-rays, Optical absorption -- IR-UV-X-rays: Paintings in IR/UV/X-ray, Scorpions in UV, Suntans, Teeth in X-ray -- Optical and electron microscopy: Depth of focus, Images of Nature, Simple microscopes, Compound microscopes, SEM -- Mars.
Light is all around us – even when we do not see it. Our eyes do not detect the higher energy and shorter-than-visible-wavelength ultraviolet radiation, yet we know it is there from the sunburn we receive in Arizona. We know that window glass can block ultraviolet rays so we do not get a burn while driving with the windows rolled up. Our eyes do not detect the low-energy, long-wavelength infrared (IR) radiation but we know it exists from discussions of war applications and televised images of guided weapons targets. We also know about radio waves from the little boxes that talk to us and x-rays from the dentist's office. Patterns of Light, Chasing the Spectrum from Aristotle to LEDs, written by Steve Beeson and Jim Mayer starts with the visible – the straight path of light. It continues with chapters detailing reflection (mirrors, storefront windows) and refraction (eyeglasses, binoculars). Color is then introduced with the query "Why is the sky blue?" After answering that and other similar questions ("Why is snow white?"), the book goes beyond the visible to the infrared and ultraviolet. Patterns of Light’s many colorful photos and figures further aid in the reader’s grasp of the concepts discussed. Patterns of Light is a descriptive, rather than technical, book with the mathematics behind light included in the appendices. The book is designed for physics students of optics and engineering, but will certainly be enjoyed by all readers interested in gaining a broader perspective on light and its history.
Optics.
Electrodynamics.
Lasers.
Photonics.
Quantum optics.
Microwaves.
Optical engineering.
Classical Electrodynamics.
Optics, Lasers, Photonics, Optical Devices.
Quantum Optics.
Microwaves, RF and Optical Engineering.