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It's not quite Cyclops, the sci-fi superhero from the X-Men franchise whose eyes produce destructive blasts of light, but for the first time a laser has been created using a biological cell. The human kidney cell that was used to make the laser survived the experience. In future such "living lasers" might be created inside live animals, which could potentially allow internal tissues to be imaged in unprecedented detail. It's not the first unconventional laser. Other attempts include lasers made of Jell-O and powered by nuclear reactors (see box below). But how do you go about giving a living cell this bizarre ability? Typically, a laser consists of two mirrors on either side of a gain medium - a material whose structural properties allow it to amplify light. A source of energy such as a flash tube or electrical discharge excites the atoms in the gain medium, releasing photons. Normally, these would shoot out in random directions, as in the broad beam of a flashlight, but a laser uses mirrors on either end of the gain medium to create a directed beam. As photons bounce back and forth between the mirrors, repeatedly passing through the gain medium, they stimulate other atoms to release photons of exactly the same wavelength, phase and direction. Eventually, a concentrated single-frequency beam of light erupts through one of the mirrors as laser light.

"A group of researchers have developed what are known as vortex beams - rotating electron beams - which make it possible to investigate the magnetic properties of materials and in the future it may be possible to manipulate the tiniest components in a targeted manner and set them in rotation also."

A double-beam instrument procured from the most experienced Double-beam Spectrophotometer Manufacturers offers greater accuracy since its superior design minimizes light source fluctuations and their effects.

In India, Atico Export is a prominent double beam spectrophotometer Manufacturer. Models of Double-Beam Spectrophotometers promise to offer the latest technology for performing and measuring reliably.

Double beam spectrophotometers are of utmost importance in laboratories across various sectors because of their high precision functioning. Atico Export, a reliable name in scientific and educational instruments stands as one of the most popular Double Beam Spectrophotometer Manufacturers in India because of its sophisticated technology which aims to address the requirements of modern research and industrial labs.

The VSI-501 Double Beam Spectrophotometer Manufacturer provide microprocessor-based solid state instrument designed for fast and accurate spectrophotometric analysis of any concentration, operating between the wavelength ranges 190-1100nm

All over the world, Atico Export stands as the finest and most reputed double beam spectrophotometer manufacturer in the Philippines, targeted towards high-end machines having absolute precision and reliability.

The company Atico Export has been established as the Double Beam Spectrophotometer Manufacturer because the company has a clear tendency toward precision, reliability, and innovation in all its instruments, thereby preparing the foundation for scientific analysis in the modern age.

A leading double beam spectrophotometer Manufacturer, Atico Export enjoys a reputation for quality instrumentation, technological innovation, and a global presence.

Under just the right conditions-which involve an ultra-high-intensity laser beam and a two-mile-long particle accelerator-it could be possible to create something out of nothing, according to University of Michigan researchers.

Double-beam spectrophotometer Manufacturers Spectroscopy instruments are used in material science and other fields to understand radiation's interaction with matter.

1 / 3 1 / 3 Timeless portraits that capture life Double Beam Spectrophotometer Manufacturer and Exporter from India View Portfolio 1 / 3 Timeless portraits that capture life Purposeful photography fueled by passion.

Not quite there yet for human teleportation, but at least they are thinking about it.

"Basically, any computing device (or switch, or router) that is based on light requires a nonlinear interaction between different light beams, but light doesn't like to do nonlinear stuff. With current technology, you can get efficient nonlinear optical interactions, but the hardware is kind of bulky or very delicate. Not the sort of thing you want to put in a billion devices. What my friends in Barcelona have demonstrated is that it's possible to create a relatively efficient optical nonlinear interaction in a nano-structured metallic surface. "