I love watching little pixel-people scuttling about on the screen with single-minded purpose. They are the most uncomplicated people you will find: monosyllabic but demonstrative, like when they express anger, success, happiness or experience death. *thud*. game over. They are always busy, and in a hurry to get somewhere; and they feel the need to do things faster than we do in real life. You will never find a character idling away. I think there's a valuable lesson there (among other valuable lessons that I won’t get into today)!
Many years ago, I wrote down the walking speeds of many characters: the thief in Lode Runner, Donkey Kong, Mario... and compared them to that of the average human walking speed, keeping in mind different physical criteria (like size of characters, dimensions of their world, proportionate distances etc...)! My assessment may not have been mathematically accurate, but it was my way of celebrating the speed at which things happened in games! And overtime, all this interaction with video game characters in their two-dimensional worlds that allowed them to defy the laws of physics convinced me that they are definitely on a different time-space continuum and were messing up my circadian rhythm, if you will. You are forced to react to things hurled at you faster than you would otherwise, so you get into a zone by shutting off the world around you that’s moving slower, so that you can focus and channel your telekinetic abilities. And that also explains why games make you forget hunger, sleep and other biological needs. Even now, I find myself humming chiptunes when I am crunching numbers, doing mechanical work, or running to get to some place quick. They've proven to get the job done better.
Technically, all video games and movies we watch online are pixels moving on the screen (which is astounding when you think of it like that), but, the 8-bit style is more evidently so because of its straight-liney, hard-edgy, square-boxey aspects, and limited color palettes. Everything is pared down to the very basic, where a single dot is the difference between a man or a woman, anger or joy, and it still retains that evocative, and sometimes garish sensibility. The same goes for music, which is pared down to its basic frequencies. It reminds me of the type of rules-based traditional art I grew up learning in India. And it is also the same reason why I am drawn to LEGO!
Today, the 8-bit style has evolved beyond its humble gaming-days, when it was limited by a single-purpose. It is a goldmine of artistic possibilities for both the visual and music world! There is a profundity in the idea that what we see and what we hear both come from the exact same place! It changes how we think about art.
Cinefix’s 8-bit (and 16-bit) movies are fun because they compress popular movies (including some challenging ones) into two-minute videos (some adapted faithfully, like Hunger Games, and some reinterpreted very well, like Inception). And part of the experience is in guessing which games inspired each movie, and seeing the familiar games role-play our favorite movies. Fanboys will not be disappointed. And while you are at it, also check out some cool movie gifs by Pixelwood.
A few years ago, Aardman Studios, the guys who made the Wallace and Gromit films, made a film called Dot, with a tiny 9mm character playing the lead. The character, Dot, was created using a 3D printer, and the film was shot using a Nokia smart phone and a CellScope that is used by doctors to take blood samples of patients in remote places using a cell phone. This Making of video explains the process.
More recently, scientists at IBM made a film called A Boy And His Atom by moving and rearranging individual atoms on a magnetized copper plate viewed through a two-ton scanning tunnelling microscope that can magnify atoms a 100 million times. The boy in this film is 1/25,000,000 of an inch big and cannot be seen with a regular microscope. The film project is an aside of IBM's larger research to create the smallest and fastest possible memory chip for data storage. It demonstrates that one bit of information can be stored using 12 atoms, as opposed to 100 million atoms that our current magnets use in existing technologies. This Making of video explains the process.
From the time of the pinhole camera in the early 5th century, to our era of 3D and microscopic films, Film and Technology have crossed paths several times in their evolution and changed each other forever, while pretending to be orbiting different stars. The evolution of technology is as organic as that of life on earth, and our bond with them is irrevocable and one of mutual dependence; The fictional stories of films have enabled us to assimilate this fact into our real life, as naturally as possible. For instance, when we see a video of bots slipping into our world, it's less unnatural because we have been acclimatized to it by years of consuming science-fiction. It is as if we are experiencing fiction seeping into our reality! Now, I'd be just as unsurprised but excited (or terrified) if I inadvertently came upon a real tiger or a robot in the wild, or found myself flying to Neverland with Peter Pan one night to fight Pirates.
That's about the size of it!
IBM's Official page about the movie.
Writeup about about the movie by the filmmaker, Nico Casavecchia
Wired's article "The Star Trek Fan Art That IBM Scientists Created Out of Atoms"
NPR's article "Don't Miss The Premiere Of The World's Smallest Movie"
The Wiki page about the movie
Nokia also made the world's largest stop-motion animation called Gulp, using the same Nokia Smart Phone that they used to create Dot!
The filmmaker, Patrick Jean says Simpsons is his main inspiration for this film. Oil is the new beer!
Also see his other films on his website. My favorite is Pixels, which is being adapted by Sony Pictures/Columbia for the big screen; it's a much awaited film for those of us born in the 8-bit era.