Compound microscope

Microscopes use the simple visible light refracting lenses. Electrons, x-rays and infrared rays Scanning electron microscopes are able to resolve the viruses which are far smaller than any cell. They enlarge the view of tiny viruses, which allows scientists to develop the vaccines and cures for infectious diseases in the humans and the animals.

Microscopes have opened up many doors in science. By using Microscopes scientists, researchers and students were able to discover the existence of microorganisms, study the structure of cells and see the smallest parts of plants, animals and fungi.

What are microscopesused for

Microscope parts and functions

When it comes to biology, Microscopes are important because biology mainly deals with the study of cells (and their contents), genes and all organisms. Some organisms are so small that they can only be seen by using magnifications of 40x-1000x, which can only be achieved with the use of a microscope. Cells are too small to be seen with the naked eye.

What are microscopescalled

concept, composition: Ryoji Ikedacomputer graphics, programming: Tomonaga Tokuyamacommissioned by Park Avenue Armory, 2011

test pattern is a system that converts any type of data (text, sounds, photos and movies) into barcode patterns and binary patterns of 0s and 1s. Through its application, the project aims to examine the relationship between critical points of device performance and the threshold of human perception.

What are microscopesand how do they work

Electron microscopes help prepare the small surfaces for sectioning into small slices. Microscopes enlarge the images of silicon chips to help the engineers create more efficient electronic devices. When more circuits are fitted onto a small chip, the computational power of silicon microchips increases.

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Whatis microscope in science

Apart from biological research use and industrial use, Microscopes are also used in the field of genetics. Genetics is the study of variations in an organism generation after generation. Genetic engineering requires the mixing of genes. Genes are even smaller than cells, which is why microscopes are essential in this field.

Microscopic examination confirms the laboratory tests that may be positive for the disease. Technicians count the number of red blood cells infected with the virus or parasite to give the doctors an idea of how advanced the disease is in a patient.

All branches of biology use Microscopes especially in Molecular Biology and Histology (the study of cells). Microscopes are the backbone of studying biology. The biologists use them to view the details that cannot be seen by the naked eye such as the small parasites and small organisms which is important for the disease control research.

concept, composition: Ryoji Ikedacomputer graphics, programming: Tomonaga Tokuyamacommissioned by Théâtre de Gennevilliers, 2010supported by ARCADI, projection design

Types of microscope

In this first edition of the project, an audiovisual installation, test pattern involves a sequence of tests for machines and humans. Comprising of visual patterns converted and generated from sound waveforms in real–time, the installation is made up of eight computer monitors and sixteen loudspeakers aligned on the floor in a dark space. The eight rectangular surfaces of the screens flicker intensely with black and white images. Sixteen channel sound signals are mapped as a grid matrix, passing and slicing the space sharply, and via a real–time computer program the signal patterns are converted into eight tightly synchronised barcode patterns. The velocity of the moving images is ultra–fast, at certain points some hundreds of frames per second, providing a performance test for the devices as well as a response test for visitors' perceptions.

Microscopes are not just used to observe cells and their structure but are also used in many industries. For example, electron microscopes help create and observe extremely tiny electrical circuits found on Silicon microchips. Scanning microscopes are much more sophisticated and they have higher magnifications than light-refracting microscopes.

What are microscopesmade of

This audiovisual work presents intense flickering black and white imagery which floats and convulses in darkness to a stark, powerful and highly synchronised soundtrack.Through a real–time computer program, test pattern converts audio signal patterns into tightly synchronised barcode patterns on screen. The velocity of the moving images is ultra–fast, some hundreds of frames per second, so that the work provides a performance test for the audio and visual devices, as well as a response test for the audience's perceptions.

Scanning electron microscopes have magnifications up to several million times to view the molecules, the viruses and the nano-particles. They use the corrective software to increase the magnification and the resolution of images. The computers help the nano-technologists use high-powered electron microscopes to view the objects.

Microscopes are also used to diagnose illness in hospitals and clinics all over the world. Microscopes magnify the blood samples, so the doctors or the pathologist can see the viruses and the parasites attacking the red blood cells and take the necessary steps to cure it.

test pattern [n˚2] presents flickering black and white imagery that floats and convulses in darkness on two screens, one on the floor and another floor to ceiling, in time with a stark, powerful and highly synchronised soundtrack. Through a real–time computer program audio signal patterns are converted into tightly synchronised barcode patterns on the screens. The velocity of the moving images is ultra–fast, some hundreds of frames per second, providing a totally immersive experience for visitors. The work provides a performance test for the audio and visual devices, as well as a response test for one's perceptions.