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scientist have organise a fresh approach path to make prominent , pellucid screen at low price — and they trust it could direct to more low-priced gauze-like television receiver in the dear future .

Using a young form of film material , scientist have developed a 100 - inch nano transparent screen ( NTS ) that is as thin as a human hair and capable of shew detailed mental image with a high point of colour and light uncloudedness .

Silhouette of a person standing in front of a lights display.

The 100-inch nano transparent screen (NTS) is made in a roll-to-roll process in which a sheet of film is treated with tiny particles of titanium dioxide.

In addition to its light and flexible coming into court , the control board ’s transparency can be adjust — with the screen adequate to of prove the most detail when at its most opaque . It is also highly musing to place Christ Within , bring forth unmortgaged images when hit with a beam from a powerful projector , and has a lossless 170 - degree take in angle on either side .

investigator at the Korea Institute of Machinery and Materials ( KIMM ) , in collaboration with the secret company Meta2People have also start to commercialize the NTS , which is made in a roll - to - roster process in which a sheet of plastic film is treated with tiny particles of titanium dioxide .

These nanoparticles give the NTS its durability and improve the optic quality of the film , the scientists said , intend images projected onto it remain clear . The film is also layer with a form of quartz polymer know as a polymer dispersed liquid crystal ( PDLC ) moving picture . By put on an electrical field to the crystal , the PDLC can be made more or less transparent — allowing the silver screen to become more unintelligible when users desire to see more point on the filmdom .

Principal Researcher Jun-Ho Jeong of the KIMM stands beside the transparent television.

The 100-inch nano transparent screen (NTS) is as thin as a human hair.

Purchasing conventional transparent OLED covert would cost KRW 100 million ( just about $ 72,000 ) , the research worker added . But their new instrument panel would be just one - ten percent of that shape . That ’s because the manufacturing process is easy to replicate due to its comparative simplicity , they claimed . It can already be replicated in existing manufacturing condition and is highly repellent to extreme heat and cold — meaning it can be used indoors and outdoors .

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" The engineering for cook up NTSs is a cutting - bound , innovative engineering created through the combination of nanomaterials and nanomanufacturing applied science with subsist IT technologies , " say Jun - Ho Jeong , principal researcher at KIMM in astatement . " go forward , we will focus on research and development to continuously meliorate the quality of NTSs and start the vulgarization of see-through screenland . "

The research worker have only start on their journey to commercialize the NTS screen , but they have patented their engineering science in collaboration with scientist at Meta2People .

Person uses hand to grab a hologram of a red car.

Digital generated image of solar panel with purple -blue reflection.

Person holding a processor in gloved hands.

A doped crystal as used in the study.

The Taara chip.

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a person with gloved hands holds a small battery

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a rendering of a futuristic fighter jet in the sky

A futuristic hypersonic plane made using a 3D render

an illustration of a base on the moon

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A tree is silhouetted against the full completed Annular Solar Eclipse on October 14, 2023 in Capitol Reef National Park, Utah.

Screen-capture of a home security camera facing a front porch during an earthquake.

Circular alignment of stones in the center of an image full of stones

Three-dimensional rendering of an HIV virus