Tetris has been immortalized in a playable McDonald’s plastic chicken nugget, a playable fake 7-Eleven Slurpee cup, and a playable wristwatch. But the most intriguing way to play Tetris yet is encased in paper.
Last year the Tetris Company partnered with Red Bull for a gaming tournament that culminated in the 150-meter-tall Dubai Frame landmark being turned into the world’s largest playable Tetris installation using over 2,000 drones that functioned as pixels. Although the timing was a coincidence, Red Bull also published a 180-page gaming edition of its The Red Bulletin lifestyle magazine around the same time as the event, with a limited number of copies wrapped in a less grandiose, but no less technically impressive, version of Alexey Pajitnov’s iconic puzzle game.
To create a playable gaming magazine, Red Bull Media House (the company’s media wing) enlisted the help of Kevin Bates, who in 2014 wowed the internet by creating an ultra-thin Tetris-playing business card. In 2015, he launched the $39 Arduboy, a credit card-sized, open-source handheld that attracted a thriving community of developers. Over the course of a decade, Bates also created a pair of equally pocketable Tetris-playing handhelds that cost less than $30, and the shrunken-down USB-C Arduboy Mini.
The GamePop GP-1 Playable Magazine System (as it’s officially called) is the latest evolution of Bates’ mission to use existing, accessible, and affordable technologies to reimagine what a portable gaming device can be. It took “most of last year” to develop, Bates revealed during a call with The Verge. He wouldn’t divulge the exact details of how his collaboration with Red Bull came to be. But if you’re looking to make an officially licensed version of Tetris that’s thin enough to flex, Bates has the experience, and he shared with us some of the technical details that make this creation work.
While OLED display technology has given us tablet-sized devices that fold into smartphones, they’re still expensive and fragile. To make a display that can survive being embedded in a flexible magazine cover without reinforcement, Bates created a custom matrix of 180 2mm RGB LEDs mounted to a flexible circuit board just 0.1mm thick. While the display and coin-cell batteries make it thicker in a few places — nearly 5mm at its thickest point — you genuinely feel like you’re playing a handheld made of paper. The flexible circuits are bonded between two sheets of paper to create the sleeve that wraps around the book-sized magazine, and it feels satisfyingly thin and flexible.
Flexible circuits aren’t a new idea. They’ve been used in electronics for decades. You can find them in flip phones old enough they now feel like antiques, and nearly every laptop. They’re also frequently used to miniaturize devices that don’t fold or flex at all, connecting internal components where space is extremely limited. But it’s only in the past five or six years that the technology has become available to smaller makers, and Bates says he’s been “messing around with the flexible circuits for about as much time.” This collaboration was an opportunity to use what he’s learned to create a device that would live outside his workshop.
The GamePop GP-1’s display resolution pales in comparison to the OLED screens used in folding phones, but Bates’ creation is far more durable. The game has not only undergone the typical safety tests, but Bates even “hit it with a hammer a few times” to test its durability. His display survived, but don’t try that with a folding phone. They’re still far less durable.
Instead of buttons, the game uses seven capacitive touch sensors that are directly “printed in the copper layer of the board,” Bates says. There’s no true mechanical feedback when pressed, but the paper’s flex helps them feel a bit like a button when you press down. Bates says the responsiveness of the sensors was specifically tuned to account for the thickness of the paper stock and the glues used in the final print run. You’re not going to be chasing Tetris world records on the cover of a magazine, but the controls are satisfyingly responsive and the game is surprisingly much easier to play than other Tetris devices I’ve tested.
How much does a flexible Tetris game cost to manufacture? Neither Bates nor Red Bull would divulge the total price tag for all the off-the-shelf and custom components you’ll find sandwiched inside the magazine’s cover. But to help keep costs down, not all components are flexible. Inside the edge of the cover, next to the magazine’s spine, you’ll find a long but thin rigid PCB where an ARM-based 32-bit microprocessor is located, along with four rechargeable LIR2016 3V coin cell batteries.
Like most devices now, the game can be recharged using a USB-C cable, but it’s not immediately obvious where. Hidden along the bottom edge of the magazine’s cover is a deconstructed USB-C port. Instead of a metal ring, its socket is a small paper pocket containing a pin-covered head inside. It doesn’t feel quite as durable as the charging port on your phone, but it’s a welcome alternative to making the game disposable when the batteries die.
Bates did have to cut some corners. The GamePop GP-1 saves high scores, but modern Tetris gameplay features, like previews of upcoming pieces and being able to save tetrominoes for later, aren’t included. There’s sound effects, but when starting a game you only hear a small snippet of the iconic Tetris theme. The game’s piezo speaker “uses about as much energy as it does to run the rest of the system,” Bates says, so this helps prolong the life of the small rechargeable batteries. He tells us you can play for an hour or two that way, and the battery should last many months when not in use.
Red Bull made around 1,000 copies of the magazine. It’s only available online in Europe, but can also be found in some stores and newsstands, including Iconic Magazines in New York and Rare Mags outside Manchester in the UK. However, only 150 copies with the playable cover were produced, and none were made available to the public. They were distributed to Tetris competitors, those featured in the magazine, influencers, and select media.
The playable cover isn’t going to revolutionize the print industry, or pave the way for smartphones we can roll up and stick in our back pockets. The goal was to use existing tech in a way that gamers haven’t seen before.
Photography by Andrew Liszewski / The Verge
Follow topics and authors from this story to see more like this in your personalized homepage feed and to receive email updates.
Source link
#magazine #plays #Tetris #heres
![Scientists Built Amphibious Cyborg Cockroaches and We Regret to Inform You They Work
The humble cockroach: depending on where you live, they’re variously the bane of apartment dwellers, a tasty snacc, or a source of political inspiration. The cliché is that they’d be the only creatures to survive a nuclear apocalypse, and whether or not that’s true, you probably wouldn’t put them first in line for further enhancements to their already legendary ability to survive. However, it seems that no one’s told that to the folks at Nanyang Technological University in Singapore, because a group of researchers from the university’s School of Mechanical and Aerospace Engineering recently published a paper describing the process of fitting a cockroach with a diving suit. As the paper’s abstract explains, “The suit integrates a miniaturized oxygen generation module with a flexible waterproof shell, enabling continuous oxygen supply and isolation from surrounding water.” Or, in other words, the suit successfully allowed the insect to breathe underwater, turning it into a sort of nightmarish amphibious cyborg. If this sounds like a terrible idea at face value, console yourself with the knowledge that these cyber-roaches are designed to be used for benevolent purposes. As per the paper, said purposes include pipe inspections, “object transportation,” and, apparently, search-and-rescue missions. (Smash cut to 2031 and Elon Musk ranting about a “pedo roach”.)
Research into the creation of cyborg insects has been a thing for some time, both in academia and in the world of tech. On the latter point, readers may remember the RoboRoach, a 0 DIY kit for creating your own cyborg cockroach that was funded via Kickstarter in 2013. The kit is still available, and these days it seems to be marketed as a fun activity for kids—on the manufacturer’s website, it’s labelled as being for “Grade 9+” and “[Requiring] supervision.” If the idea of a bunch of 15-year-olds performing surgery on cockroaches makes you kinda queasy—supervision or not—well, you’re not alone.
Let’s get back to the Nanyang Technological University, where the experiments are presumably not being conducted by middle-schoolers. If you’ve ever wondered how a cockroach breathes, the paper explains that “like most terrestrial insects, [they] breathe through thoracic spiracles that take in oxygen directly from the air.” The “diving suit” is basically a flexible waterproof shell into which a miniature oxygen generator pumps oxygen, effectively creating a tiny breathing bubble around the insect’s air-intake thingamajigs. This allowed the insect to breathe underwater for up to three hours, although it seems there were some initial, um, design issues to sort out: “Dorsal mounting of the oxygen generator on the cockroach created significant water-resistance during underwater locomotion… causing postural instability and rollover.” Once this issue was resolved, it seems the roaches got on just fine underwater, exhibiting “stable and smooth underwater walking without rollover.” The researchers conclude that the idea is a winner, and that it could be “potentially extended to other terrestrial cyborg insect platforms, such as [other] cockroaches, locusts and beetles.” Amphibious locusts! What could possibly go wrong? #Scientists #Built #Amphibious #Cyborg #Cockroaches #Regret #Inform #Workcockroaches,cyborgs](https://i0.wp.com/gizmodo.com/app/uploads/2026/07/cyborg-cockroach-1280x853.png?ssl=1 "Scientists Built Amphibious Cyborg Cockroaches and We Regret to Inform You They Work
The humble cockroach: depending on where you live, they’re variously the bane of apartment dwellers, a tasty snacc, or a source of political inspiration. The cliché is that they’d be the only creatures to survive a nuclear apocalypse, and whether or not that’s true, you probably wouldn’t put them first in line for further enhancements to their already legendary ability to survive. However, it seems that no one’s told that to the folks at Nanyang Technological University in Singapore, because a group of researchers from the university’s School of Mechanical and Aerospace Engineering recently published a paper describing the process of fitting a cockroach with a diving suit. As the paper’s abstract explains, “The suit integrates a miniaturized oxygen generation module with a flexible waterproof shell, enabling continuous oxygen supply and isolation from surrounding water.” Or, in other words, the suit successfully allowed the insect to breathe underwater, turning it into a sort of nightmarish amphibious cyborg. If this sounds like a terrible idea at face value, console yourself with the knowledge that these cyber-roaches are designed to be used for benevolent purposes. As per the paper, said purposes include pipe inspections, “object transportation,” and, apparently, search-and-rescue missions. (Smash cut to 2031 and Elon Musk ranting about a “pedo roach”.)
Research into the creation of cyborg insects has been a thing for some time, both in academia and in the world of tech. On the latter point, readers may remember the RoboRoach, a 0 DIY kit for creating your own cyborg cockroach that was funded via Kickstarter in 2013. The kit is still available, and these days it seems to be marketed as a fun activity for kids—on the manufacturer’s website, it’s labelled as being for “Grade 9+” and “[Requiring] supervision.” If the idea of a bunch of 15-year-olds performing surgery on cockroaches makes you kinda queasy—supervision or not—well, you’re not alone.
Let’s get back to the Nanyang Technological University, where the experiments are presumably not being conducted by middle-schoolers. If you’ve ever wondered how a cockroach breathes, the paper explains that “like most terrestrial insects, [they] breathe through thoracic spiracles that take in oxygen directly from the air.” The “diving suit” is basically a flexible waterproof shell into which a miniature oxygen generator pumps oxygen, effectively creating a tiny breathing bubble around the insect’s air-intake thingamajigs. This allowed the insect to breathe underwater for up to three hours, although it seems there were some initial, um, design issues to sort out: “Dorsal mounting of the oxygen generator on the cockroach created significant water-resistance during underwater locomotion… causing postural instability and rollover.” Once this issue was resolved, it seems the roaches got on just fine underwater, exhibiting “stable and smooth underwater walking without rollover.” The researchers conclude that the idea is a winner, and that it could be “potentially extended to other terrestrial cyborg insect platforms, such as [other] cockroaches, locusts and beetles.” Amphibious locusts! What could possibly go wrong? #Scientists #Built #Amphibious #Cyborg #Cockroaches #Regret #Inform #Workcockroaches,cyborgs")
![Scientists Built Amphibious Cyborg Cockroaches and We Regret to Inform You They Work
The humble cockroach: depending on where you live, they’re variously the bane of apartment dwellers, a tasty snacc, or a source of political inspiration. The cliché is that they’d be the only creatures to survive a nuclear apocalypse, and whether or not that’s true, you probably wouldn’t put them first in line for further enhancements to their already legendary ability to survive. However, it seems that no one’s told that to the folks at Nanyang Technological University in Singapore, because a group of researchers from the university’s School of Mechanical and Aerospace Engineering recently published a paper describing the process of fitting a cockroach with a diving suit. As the paper’s abstract explains, “The suit integrates a miniaturized oxygen generation module with a flexible waterproof shell, enabling continuous oxygen supply and isolation from surrounding water.” Or, in other words, the suit successfully allowed the insect to breathe underwater, turning it into a sort of nightmarish amphibious cyborg. If this sounds like a terrible idea at face value, console yourself with the knowledge that these cyber-roaches are designed to be used for benevolent purposes. As per the paper, said purposes include pipe inspections, “object transportation,” and, apparently, search-and-rescue missions. (Smash cut to 2031 and Elon Musk ranting about a “pedo roach”.)
Research into the creation of cyborg insects has been a thing for some time, both in academia and in the world of tech. On the latter point, readers may remember the RoboRoach, a $200 DIY kit for creating your own cyborg cockroach that was funded via Kickstarter in 2013. The kit is still available, and these days it seems to be marketed as a fun activity for kids—on the manufacturer’s website, it’s labelled as being for “Grade 9+” and “[Requiring] supervision.” If the idea of a bunch of 15-year-olds performing surgery on cockroaches makes you kinda queasy—supervision or not—well, you’re not alone.
Let’s get back to the Nanyang Technological University, where the experiments are presumably not being conducted by middle-schoolers. If you’ve ever wondered how a cockroach breathes, the paper explains that “like most terrestrial insects, [they] breathe through thoracic spiracles that take in oxygen directly from the air.” The “diving suit” is basically a flexible waterproof shell into which a miniature oxygen generator pumps oxygen, effectively creating a tiny breathing bubble around the insect’s air-intake thingamajigs. This allowed the insect to breathe underwater for up to three hours, although it seems there were some initial, um, design issues to sort out: “Dorsal mounting of the oxygen generator on the cockroach created significant water-resistance during underwater locomotion… causing postural instability and rollover.” Once this issue was resolved, it seems the roaches got on just fine underwater, exhibiting “stable and smooth underwater walking without rollover.” The researchers conclude that the idea is a winner, and that it could be “potentially extended to other terrestrial cyborg insect platforms, such as [other] cockroaches, locusts and beetles.” Amphibious locusts! What could possibly go wrong? #Scientists #Built #Amphibious #Cyborg #Cockroaches #Regret #Inform #Workcockroaches,cyborgs](https://gizmodo.com/app/uploads/2026/07/cyborg-cockroach-1280x853.png "Scientists Built Amphibious Cyborg Cockroaches and We Regret to Inform You They Work
The humble cockroach: depending on where you live, they’re variously the bane of apartment dwellers, a tasty snacc, or a source of political inspiration. The cliché is that they’d be the only creatures to survive a nuclear apocalypse, and whether or not that’s true, you probably wouldn’t put them first in line for further enhancements to their already legendary ability to survive. However, it seems that no one’s told that to the folks at Nanyang Technological University in Singapore, because a group of researchers from the university’s School of Mechanical and Aerospace Engineering recently published a paper describing the process of fitting a cockroach with a diving suit. As the paper’s abstract explains, “The suit integrates a miniaturized oxygen generation module with a flexible waterproof shell, enabling continuous oxygen supply and isolation from surrounding water.” Or, in other words, the suit successfully allowed the insect to breathe underwater, turning it into a sort of nightmarish amphibious cyborg. If this sounds like a terrible idea at face value, console yourself with the knowledge that these cyber-roaches are designed to be used for benevolent purposes. As per the paper, said purposes include pipe inspections, “object transportation,” and, apparently, search-and-rescue missions. (Smash cut to 2031 and Elon Musk ranting about a “pedo roach”.)
Research into the creation of cyborg insects has been a thing for some time, both in academia and in the world of tech. On the latter point, readers may remember the RoboRoach, a $200 DIY kit for creating your own cyborg cockroach that was funded via Kickstarter in 2013. The kit is still available, and these days it seems to be marketed as a fun activity for kids—on the manufacturer’s website, it’s labelled as being for “Grade 9+” and “[Requiring] supervision.” If the idea of a bunch of 15-year-olds performing surgery on cockroaches makes you kinda queasy—supervision or not—well, you’re not alone.
Let’s get back to the Nanyang Technological University, where the experiments are presumably not being conducted by middle-schoolers. If you’ve ever wondered how a cockroach breathes, the paper explains that “like most terrestrial insects, [they] breathe through thoracic spiracles that take in oxygen directly from the air.” The “diving suit” is basically a flexible waterproof shell into which a miniature oxygen generator pumps oxygen, effectively creating a tiny breathing bubble around the insect’s air-intake thingamajigs. This allowed the insect to breathe underwater for up to three hours, although it seems there were some initial, um, design issues to sort out: “Dorsal mounting of the oxygen generator on the cockroach created significant water-resistance during underwater locomotion… causing postural instability and rollover.” Once this issue was resolved, it seems the roaches got on just fine underwater, exhibiting “stable and smooth underwater walking without rollover.” The researchers conclude that the idea is a winner, and that it could be “potentially extended to other terrestrial cyborg insect platforms, such as [other] cockroaches, locusts and beetles.” Amphibious locusts! What could possibly go wrong? #Scientists #Built #Amphibious #Cyborg #Cockroaches #Regret #Inform #Workcockroaches,cyborgs")
Post Comment