Optics Industry News
Get the latest Optics Industry News and optics industry updates below. Cleanroom Connect brings you the latest news from around the world, featuring current topics and optics industry news.
Relaxor ferroelectrics, which are often lead-based. These materials have mechanical and electrical properties that are useful in applications such as sonar and ultrasound. The more scientists understand about the internal structure of relaxor ferroelectrics, the better materials we can develop for these and other applications.
The James Webb Space Telescope will observe primarily the infrared light from faint and very distant objects. In order to be able to detect those faint heat signals, the telescope itself must be kept extremely cold. To protect the telescope from external sources of light and heat (like the Sun, Earth, and Moon) as well as from heat emitted by the observatory itself
MIT researchers have designed a polymer material that can change its structure in response to light, converting from a rigid substance to a softer one that can heal itself when damaged.
gold nanoparticles, coated with a semiconductor, can produce hydrogen from water over four times more efficiently than other methods – opening the door to improved storage of solar energy and other advances that could boost renewable energy use and combat climate change, according to Rutgers University–New Brunswick researchers.
Neutrinos, Italian for “little neutral ones,” are often described as “ghost particles,” for their extremely weak interactions with ordinary matter. Indeed, billions of neutrinos stream through our fingernails every second, without ruffling so much as a molecule of matter. And yet, on Sept. 22, 2017, the IceCube Neutrino Observatory, based at the Amundsen-Scott South Pole Station, detected a neutrino in signals picked up by its detectors buried deep in the Antarctic ice. Researchers there quickly sent out alerts to ground- and space-based telescopes in hopes of finding the neutrino’s cosmic source.
X-Ray Experiment – Over the last decade, scientists have used supercomputers and advanced simulation software to predict hundreds of new materials with exciting properties for next-generation energy technologies. Now they need to figure out how to make them. To predict the best recipe for making a material, they first need a better understanding of how it forms, including all the intermediate phases it goes through along the way – some of which may be useful in their own right.
Using light for next generation data storage technology Tiny, nano-sized crystals of salt encoded with data using light from a laser could be the next data storage technology of choice, following research by Australian scientists. The researchers from the University...
In the maze of our brains, there are various pathways by which neural signals travel. These pathways can go awry in patients with neurological and psychiatric diseases and disorders, including epilepsy, Parkinson’s, and obsessive-compulsive disorder. Researchers have developed new therapeutic strategies to more precisely target neural pathways involved in these conditions, but they often require surgery.
An electron beam with sub-atomic precision, allowing scientists to directly see each atom in two-dimensional materials like graphene, and also to target single atoms with the beam. Each electron has a tiny chance of scattering back from a nucleus, giving it a kick in the opposite direction.
Generating electrical power from waste heat New Sandia solid-state silicon device may one day power space missions Directly converting electrical power to heat is easy. It regularly happens in your toaster, that is, if you make toast regularly. The opposite,...
Scientists discovered the phenomenon 30 years ago, but the mechanism for superconductivity remains an enigma because the majority of materials are too complex to understand QPT physics in details. A good strategy would be first to look at less complicated model systems.
Lumitron Technologies, Inc. Creates Breakthrough Laser-Based, X-Ray Technologies New Technology has potential to transform industrial, medical and therapeutic applications Lumitron HyperVIEW x-ray systems are to be commercialized and manufactured in a new,...
Optics Industry News and Advancements
The Optics Cleanroom Industry supports the environmental cleanroom and controlled environmental systems for the optics industry. The Optics Industry is the branch of physics that includes the behavior of light and the properties of light. This includes the way that light interacts with matter and the construction of optics instruments, optics products and optics technology that use light or detect light. Light is an electromagnetic wave which is very similar to other forms of electromagnetic radiation, like: x-rays, microwaves and radio waves.
Cleanroom Connect provides the latest Optics Industry News from various Optics Organizations, Optics Industries, and Optics Product Manufacturers. Subscribe today to receive optics news and updates directly to your mailbox.
Modern manufacturing is being revolutionized by the use of optics, which can both improve current manufacturing capabilities and enable new ones. Below are some of the uses of Optics in the industrial and product manufacturing landscapes:
- Light is often used to process or probe materials remotely, sometimes through windows isolating harsh or vacuum environments.
- Light can be used to induce photochemistry, for example, in photolithography to produce submicron features in thin films of photoresist or in rapid prototyping where liquid polymers are solidified by lasers to form a three-dimensional piece from a computer-aided design database.
- Light can cast images, making it possible to inspect a part or use the image to guide the working tool to the correct area of a production piece.
Optics has reached into every aspect of manufacturing and promises to increase in use with improvements in speed, control, precision, and accuracy. Numerous optical techniques are used throughout industry and are critical to the manufacture of such diverse and basic products as semiconductor chips, roads and tunnels, and chemicals. Optical techniques, grouped by function, fall into two broad classes:
Performing manufacturing: Light interacts directly with the finished or intermediate product to change its physical properties, as in the case of photolithography or materials processing.
Controlling manufacturing: Optics is used to provide information about a manufacturing process, as in the chemical industry’s use of optical sensors for in-line process control, or to inspect a manufactured
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