Summary
Researchers in Japan have created thesmallest video game ever madethanks to the use of nanoparticles. The prospect of a microscopicshooter gamemay seem too outlandish at first, but the implications of this project are apparently quite a big leap for the field of nanotechnology and other major scientific areas.
Reported byphys.org, this intriguing project comes by way of a team at Nagoya University’s School of Engineering, where researchers have developed amixed reality gamethat allows players to control and interact with nanoparticles in real time. Instead of utilizing a digital display like conventional games usually do, the nanoparticle shooter game uses an electron beam to manipulate objects a billionth of a meter in size, effectively demonstrating real-world scientific applications for experimental, bleeding-edge technology.
The game itself is relatively simple, with players having to use a normal controller to direct an electron beam that appears as a triangular spaceship on the screen. This beam interacts with real-world nanoscale polystyrene balls, pushing them away as if they were enemies. Thanks to the blending of physicalnanotechnology with on-screen visuals, the researchers were able to create areal-time, interactive shooting game. There’s even a video that shows exactly how the interplay between the digital and physical elements works, and the team describes this breakthrough as a proof-of-concept for their ability to manipulate microscopic objects in a way that could have far-reaching consequences, beyond just playing games on an incredibly miniscule scale.
Researchers Use Nanotechnology to Put Together World’s Smallest Shooter Game
According to Professor Takayuki Hoshino, who led the research, the technology behind the nanoparticle shooter game might have applications well beyond entertainment. For instance, this same method of guiding nanoparticles could be used for more precise material control at a microscopic level, which may end up being a boon for3D printing technology. Even more interestingly, the technique could be applied in medical science, potentially helping to target harmful agents inside the body, such as guiding toxins directly to virus cells for treatment.
While this nanoparticle shooting game won’t be winning any Game of the Year awards anytime soon, it stands as a fascinating demonstration of how gaming can intersect with crucial research for the betterment of science. The visuals may be grainy and the framerate choppy, but the potential ramifications of this nanotech-powered shooter are undeniably impressive. Or asSenator Armstrong fromMetal Gear Rising: Revengeancesuccinctly put it: “Nanomachines, son.”
