Back to the Future: Science Fiction turns Science Fact
October 7, 2015 | Technische Universität WienEstimated reading time: 2 minutes
Flying cars, hoverboards and video chat – a very futuristic vision for the year 2015 was presented in the movie “Back to the Future Part II”, released in 1989. Now, shortly before “Back to the Future Day” on October 21st, 2015, it is time to check whether reality has indeed kept up with the daring predictions of the 80s.
One of the technological innovations presented in this film was a huge 3D display. As far as this invention is concerned, Hollywood was almost right. Such displays will soon be possible. TU Wien and TriLite Technologies are presenting a display element which uses special micro optics and moving micro mirrors to project different pictures into different directions. This technology can be used to create 3D displays without the need for 3D glasses.
3D Pictures on Huge Outdoor Displays
Marty McFly, the protagonist of the movie “Back to the Future Part II”, uses a time machine to travel from the year 1985 to October 21st, 2015. In the technological utopia of 2015 he is in for quite a few surprises. One of them is a colossal display on top of a cinema, from which a terrifying 3D shark seems to jump out to get him. Back in the 80s, no viable concepts for such a 3D display technology existed. But today, this technology is within reach.
A first prototype has been developed by TriLite Technologies and TU Wien a few months ago. Each 3D pixel (called “TrixelTM“) consists of a laser and a moveable mirror. The mirror directs the laser beams across the field of vision, from left to right. During that movement the image information is changed. With this basic idea, different pictures can be sent to the viewer´s left and right eye, so that a 3D effect is created without the need for 3D glasses.
New Prototype, Just in Time for Back to the Future Day
Now, a much more advanced second prototype has been presented. It is now a full color display, a significant advancement over the first monochromatic version. Each Trixel has been equipped with three different lasers (red, green and blue). The module consists of 12x9 Trixels, so any number of modules can be assembled to create a large outdoor display. “The software for controlling the modules and displaying movies has already been developed”, says Jörg Reitterer (from TriLite Technologies, and PhD student in Professor Ulrich Schmid’s team at TU Wien). “We can use any off-the-shelf 3D movie and play it on our display.”
“The basic technology was invented by TriLite Technologies in 2011. At TU Wien, three research institutes worked on different tasks such as steering the Trixels and optimizing the connection between them. The technology is now ready for the market, and we are looking for partners for mass production all over the world”, says Franz Fidler, CTO of TriLite Technologies.
Suggested Items
Forge Nano Secures $40M to Scale U.S. Battery Manufacturing and Commercial Semiconductor Equipment Businesses
05/02/2025 | Forge NanoForge Nano, Inc., a technology company pioneering domestic battery and semiconductor innovations, announced the successful close of $40 million in new funding.
MICROOLED Announces Partnership with Vortex Optics and Brand New US Headquarters
05/02/2025 | BUSINESS WIREMICROOLED Inc., the leading global supplier of AMOLED displays, is proud to announce their partnership with Vortex Optics to advance the development of high-performance weapon sights for optical sighting systems.
Indium Wins EM Asia Innovation Award
05/01/2025 | Indium CorporationIndium Corporation, a leading materials provider for the electronics assembly market, recently earned an Electronics Manufacturing (EM) Asia Innovation Award for its new high-reliability Durafuse® HR alloy for solder paste at Productronica China in Shanghai.
Elephantech, Logitech Together Drive Disruptive Electronics Innovation
05/01/2025 | ElephantechElephantech Inc. announced a groundbreaking collaboration with Logitech International to revolutionize peripherals manufacturing and the printed circuit board (PCB) industry.
Summit Interconnect Hollister Elevates PCB Prototyping with New TiTAN Direct Imaging System from Technica USA
05/01/2025 | Summit Interconnect, Inc.Summit Interconnect’s Hollister facility has recently enhanced its quick-turn PCB prototyping capabilities by installing the TiTAN PSR-H Direct Imaging (DI) system.