Optics Abbreviations

 

What is Optics?

Optics is the branch of physics responsible for studying the phenomena of light and human vision. This study is divided into two, according to the behavior of light: geometric optics and physical optics.

Geometric optics is restricted to the study of the propagation of light through rays. Among the phenomena analyzed by this field of study are: the reflection and refraction of light, mirrors and lenses, and the rectilinear propagation of light.

Physical optics studies light in the form of waves. Among the phenomena studied are: composition, emission, absorption, polarization, diffraction and interference of light.

The first studies on optics and the phenomena of light date back to ancient civilizations, such as Ancient Greece, for example. However, it was from the studies of Galileo Galilei, in the 16th century, that this scientific branch began to develop intensely.

Since then, other important names have contributed to the growth of the study of optics, such as: René Descartes (1596 – 1650), Christiaan Huygens (1629 – 1695) and Isaac Newton (1643 – 1727).

The word optics can also represent the place of manufacture and sale of eyeglasses and other lenses, such as scopes, binoculars and optical instruments in general.

Another meaning for this term is the way in which a given object can be observed, that is, its perspective towards someone; or point of view of something.

Example: “From the researcher’s point of view, the result was positive”.

Etymologically, optics originated from the Greek optiké, meaning “art of seeing” or “science of vision”.

Optical fiber

It is a mechanism that facilitates the transmission of light rays, normally made of flexible glass filaments or other material that is produced with polymer – a type of micromolecule in plastic.

Currently, as it does not suffer electromagnetic interference, optical fiber is widely used as a means of transmitting data, information and communications.

Optical fiber was invented by Indian physicist Narinder Singh Kapany.

Optics and Optics

Commonly, both words are used as synonyms, mainly to refer to phenomena related to vision.

However, some dictionaries differentiate the meanings of “optics” and “optics”, the first term being exclusively related to vision, and the last referring to the phenomena of hearing.

What is Optical Fiber?

Optical fiber is a high-speed data transmission technology. These are cables made of transparent, reflective material, and can be as thin as human hair.

In these fiber optic filaments, light is reflected and travels at speeds much greater than the transmission of energy by copper wires, for example.

This type of fiber is mainly used by telecommunications companies, due to its high degree of security in the delivery of information. The technology that provides the use of optical fiber is essential for the expansion of digital technologies, allowing uninterrupted and fast communication of signals and data, either by voice or video.

Optical fibers are formed by a core of transparent material, which forms the mirror that will reflect light and allow the transmission of information. This core is usually composed of an absolutely pure glass wire, in perfect light reflection conditions. It is from this reflection that data is transmitted, when a light source emits a beam at one end, which must reach the other.

But there are also fiber optic cables made of other transparent materials, such as plastic. But because they are not as pure in composition as glass, transmission is impaired and travels a shorter path.

The electrical signals to be transmitted by the optical fiber are emitted from a laser or LED source, and must be converted into light pulses by special devices for this task. These pulses of light communicate through optical fibers by binary values, the bits, which correspond to the transmitted data.

Among its uses are data transmission in telecommunications, and it already reaches homes through internet services provided by fiber optic cables. It also has medical uses, in the creation of equipment such as the endoscope that serve to perform less invasive exams and with greater diagnostic accuracy.

Advantages and disadvantages of fiber optics

The advantages of optical fiber are many, but the expansion of its use to replace metal wires is met with resistance in the price, as the process for manufacturing the fiber is still very expensive.

In relation to metal wires, optical fiber offers an advantage as it uses raw materials that are more abundant than metal in its manufacture. Cables with a glass core also do not suffer from the interference of electromagnetic waves, as well as they do not oxidize or corrode according to the environment in which they are.

Single-mode and multi-mode optical fibers

There are two types of fiber optic cables: singlemode and multimode.

Single- mode cable is recommended for transmitting data over long distances. It has a larger diameter and inside the light is reflected more efficiently, but it only works by emitting one light signal at a time.

Multimode cable is more common, mainly used over short distances. This is because it is cheaper and easier to install, but it does not have the same performance over long distances, losing information.

Optical fiber or optical fiber?

Both forms, optical fiber or optical fiber, are correct in Portuguese, with the same meaning. According to the New Portuguese Language Agreement, the letter P that is not pronounced in a word must be suppressed from its writing. Therefore, the way the word is spoken began to determine its wording.

But according to some experts, the word optics would be the most correct because of its origin in Greek, demarcating what is related to vision.

In physics, the concept of optics is the branch dedicated to the study of the phenomena of production, transmission and radiation of light. And therefore the fiber based on the principle of refraction of light would be optical fiber. While optics originates from another Greek term, but in reference to the ear and hearing. However, both forms are accepted.

List of Acronyms Related to Optics

AOD Acoustic-Optics Device
AO Acousto Optics
AOC-2 Active Optics Compensation
AOC Active Optics Compensation
ALOT Adaptive Large Optics Technologies
AO Adaptive Optics
AOA Adaptive Optics Associates
AOSLO Adaptive Optics Scanning Laser Ophthalmoscope
AMO Advanced Medical Optics, Inc.
AOI Aero-Optics Inc.
ADENOSINE Ampex Digital Optics
ADO Ampex Digital Optics
AO Applied Optics
ACOLS Australian Conference on Optics, Lasers and Spectroscopy
BRITE Battlefield Reconfigurable Instrument for Test of Electro-Optics
BIOS Biomedical Optics Society
CEOF Campus Electron Optics Facility
CFAO Center for Adaptive Optics
CAO Center for Applied Optics
CAAO Center for Astronomical Adaptive Optics
CEO Center for Electro-Optics
COMMUNITY Center for Optics Manufacturing
COM Center for Optics Manufacturing
CAOUS Centre for Atom Optics and Ultrafast Spectroscopy
CFO Ceramic Fiber Optics
CFOI Certified Fiber Optics Installer
COC Cleaned Optics & Coronas
COC Cleaned Optics Coronas
CPO Coalition for Photonics and Optics
CEORG Coherent and Electro-Optics Research Group
COI Composite Optics Inc.
CLEO Conference On Lasers and Electrooptics
CIAO Coronagraphic Imager with Adaptive Optics
COLOR Corporation for Laser Optics Research
COSTAR Corrective Optics Space Telescope Axial Replacement
COPG Custom Optics Product Group
DEOS De Mario Electra Optics System
DMO Department of Microwaves and Optics
DO Diffractive Optics
DOMO Diffractive Optics and Micro-Optics
DOP Diffractive Optics Plate
DOC Digital Optics Corporation
DVO Digital Vision Optics
DVO Direct View Optics
ETOP Education and Training in Optics and Photonics
EFO Efficient Fiber Optics
ELOP Electro – Optics
EMO Electromagnetism and Optics
EOC Electro-Optics Center
ECIO European Conference on Integrated Optics
ECOO European Council of Optometry and Optics
EFOC-LAN European Fiberoptics Communications & LAN Exposition
EEO Exotic Electro-Optics, Inc.
FPO Fast Physical Optics Algorithm
FIO Fiber and Integrated Optics
FOCL Fiber Optics Cable Loop
FOCC Fiber Optics Coordinating Committee
FODL Fiber Optics Data Link
FOE Fiber Optics Equipment
FOIC Fiber Optics Installer Certification
FOSS Fiber Optics Sonar System
FOST Fiber Optics Survivable Techniques
FOCS Fiber-Optics Cable System
FOCAS Fiber-Optics Communications for Aerospace Systems
FOG Fiber-Optics Guided
FBO Fly-By-Optics
FOAM Foam Optics and Mechanics
FSO Free Space Optics
FIO Frontier in Optics
GPO Generalized Physical Optics Method
GOTHIC Geometrical Optics
GO Geometrical Optics
GOD Geometrical Optics and Diffraction
GOA Geometrical Optics Approximation
GMO Glass Mountain Optics, Inc.
GOBO Go Before Optics
GLAO Ground-Layer Adaptive Optics
HALO High Altitude Large Optics
HERO High Energy Replicated Optics
HRPO Hybrid Ray-Physical Optics
HOBI Hydro-Optics, Biology Instrumentation
ITMO Information Technologies, Mechanics and Optics
IOF Institute for Applied Optics and Precision Engineering
IQO Institute of Quantum Optics
IO Integrated Optics
IOOC Integrated Optics and Optical Fiber Communication
IOM Integrated Optics Module
ICO International Commission for Optics
ICSO International Conference on Space Optics
IPO Iterative Physical Optics
JEOL Japan Electron Optics Laboratory
JOSE Joint Optics Structures Experiment
KEO Kaiser Electro Optics
LEOS Laboratory for Electro-Optics Systems
LODE Large Optics Demonstration Experiment
LGSAO Laser Guide Star Adaptive Optics
LO Laser Optics
LEAP Lasers and Electro-Optics Applications Program
LEOS Lasers and Electro-Optics Society
LBO Light Blue Optics
LRO Long Range Optics
MOU Matching-Optics Unit
MONOS Molecular Nano-Optics and Spins
MCAO Multi-Conjugate Adaptive Optics
MUSES Multi-Service Electro-Optics Signature
NOI National Optics Institute
NFMO Near-Field Magneto-Optics
NEMO Network of Excellence on Micro-Optics
NIOF Neutron Interferometry and Optics Facility
NMOIA New Mexico Optics Industry Association
NVEO Night Vision and Electro-Optics
NVEOD Night Vision and Electro-Optics Director/Directorate
NVEOL Night Vision and Electro-Optics Laboratory
NLO Nonlinear Optics
NOEKS Nonlinear Optics and Excitation Kinetics in Semiconductors
OPO Ophthalmic and Physiological Optics
OSN Optical Service Network (fiber optics)
OLE Optics and Laser Europe
OMP Optics and Modern Physics
OPL Optics and Photonics Letters
OFA Optics First Aid
OFR Optics for Research
OFS Optics Free Spectrometer
OM Optics Module
OECS Optics of Excitons in Confined Systems
OSLO Optics Software for Layout and Optimization
OSS Optics Support Structure
CLEO-PR Pacific Rim Conference on Lasers and Electro-Optics
PILOT Phased Integrated Laser Optics Technology
PAO Phased-Array Optics
PICCO Photonic Integrated Circuits Using Crystal Optics
PO Physical Optics
PO-MOM Physical Optics – Method of Moments
POC Physical Optics Corporation
PFOA Platform Fiber Optics Assembly
POCI Precision Optics Corporation, Inc.
QLO Quality Laser Optics, Ltd.
QEOD Quantum Electronics and Optics Division
QOLS Quantum Optics and Laser Science
ROSIS Reflective Optics System Imaging Spectrometer
SOO School of Optics
SIOM Shanghai Institute of Optics and Fine Mechanics
SMO Single Molecule Optics
SHOP Small High-power Optics Program
SORL Space Optics Research Labs
SFOB STRATCOM Fiber Optics Backbone
SGORS Studies in Geophysical Optics and Remote Sensing
SFOC Submarine Fiber Optics Cable
SOS Survival Optics Sunglasses
SSOM Swiss Society for Optics and Microscopy
SUNFLOR Sydney University Nonlinear Fibre Laser and Optics Research
TFO Tactical Fiber-Optics
TAOS Terminal Area Optics System
TQO Theoretical Quantum Optics
UPO Uniform Physical Optics
UFO Universal Fibre Optics
VIPO Volumetric Integral Physical Optics
WONTON Workshop on Nanotube Optics and Nanospectroscopy
WOCS Workshop on Optics and Computer Science
XOS X-Ray Optics System