Wrist Space Invader: Celebrating the Glory of Casio’s Video Game Clocks This Year

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I’ve been tidying up my attic for the past few weeks, primarily to ensure its contents don’t collapse the ceiling. However, I have a side quest. My most treasured possession at age 12 was the Casio GD-8 car race watch. This digital timepiece featured built-in racing games on a small monochrome LCD screen. The two large buttons on the front allowed players to maneuver left and right to dodge oncoming vehicles, keeping the game alive for as long as possible. I lost count of how many times it was confiscated by teachers, as I often lent it to the toughest boy in class for protection against bullies. As a socially awkward nerd, this watch was crucial for my survival. I’m quite sure I still have it somewhere, and my resolve to find it has been strengthened by recent discoveries about its value.

Casio began producing digital watches in the mid-1970s, striving to compete on price with technology borrowed from the computer industry. As the decade drew to a close, however, the market became saturated, prompting the company to explore new methods to entice buyers. According to Polygon in 2015, “Casio returned to its original philosophy upon entering the watch market.” Yuichi Masuda, senior executive managing officer and Casio Board member, elaborated: “Watches are not merely timekeeping devices.” He noted a shift toward multifunctionality, incorporating features like phone number memory and music alarms alongside time display.




Takeoff… In 1980, kids play Space Invaders.
Photo: Eugene Adebari/Rex/Shutterstock

At that time, Taito’s Space Invaders was a sensation in Japan. Consequently, in 1981, Casio launched the CA-90/CA-901—a thick calculator watch featuring a space-themed shoot-’em-up, where players shot numbers instead of aliens. “Our aim was to create a lifestyle where games could be enjoyed anytime and anywhere,” Masuda explained.

Was Casio inspired by Nintendo’s Game & Watch series? The iconic handheld games debuted in 1980 with titles like Juggler and Ball, paving the way for classics like Donkey Kong, which later influenced the Nintendo DS. However, Shinji Saito, general manager and chief producer for Casio’s Watch Business Unit, disagrees: “In 1980, when Casio launched the CA-90, we also released the MG-880, a gaming calculator allowing users to enjoy digital invaders. While Nintendo’s Game & Watch also launched that year, the CA-90’s concept stemmed from our own development philosophy prioritizing lightness, thinness, shortness, and low power consumption; we were not inspired by Nintendo.”

In fact, during this period, Casio was innovating with features like data banks, thermometers, and pulse checkers. “The entire range of ’80s watches was vast,” watch enthusiast Andy Bagley notes. “I’ve been collecting for years and still discover models I’ve never encountered before. There were hundreds, including touchscreen watches from the ’80s.”




Past Time… Casio Gaming Watch Page from Vintage Casio Catalog
Photo: Casio

Regardless, the CA-90 became so successful that it spurred a golden age of creativity in Casio’s R&D. Between 1980 and 1985, dozens of game watches were produced—an impressive feat given the limitations of LCD technology at the time, which could display only preset shapes and lacked computer graphics or real animations. Various racing games, shooters like Helifizer and Zoom Zap, and rudimentary platformers like Jungle Star and Hungry Mouse were among them.

Some entries were more eccentric, like Aero Batics, a stunt flying game, and Hustle Monira, which involved catching dinosaurs (as opposed to just dodging falling eggs). There were also basic football and golf simulations. Similar to Nintendo’s Game & Watch titles, these watches showcased visually simplistic game designs that felt like science fiction at the time.

Notably, it wasn’t just tech giants creating game watches in the ’80s. The U.S. company Nelsnick obtained a license from Nintendo to make watches featuring games based on Zelda, Super Mario Bros., and Donkey Kong. Additionally, Seiko had its own ALBA game watches throughout that decade. The most aesthetically outrageous models came from veteran toy company Tiger, which produced bulky LCD game watches in the early ’90s based on movie licenses and arcade hits like Double Dragon and Altered Beast. However, as technology advanced and preferences shifted, the portable gaming market exploded with the arrival of the Game Boy in 1989, effectively ending the Game Watch era.

Today, a thriving collector’s scene exists. “These watches are incredibly sought after and can demand high prices,” Bagley shares. “The downside is that they weren’t very durable compared to all-stainless steel models like the Marlin, so few have survived. In pristine condition, rare and collectible game watches can fetch hundreds to over a thousand pounds.” For collectors like Bagley, these timepieces serve as nostalgic treasures, evoking memories of a time when students were distracted by digital watch beeps rather than social media alerts. “This served as my personal reference guide for the latest models. I eagerly checked the clock section whenever a new catalog arrived to scout for innovations.”

The watch industry continues to take a keen interest in classic video game themes. In 2022, Timex released a limited edition Space Invaders Watch featuring the game’s iconic sounds, and earlier this year, Casio unveiled a collection of beautifully crafted Pac-Man watches, sending fans like me racing to their website’s booking section. For those of us who were nerdy kids in the ’80s, these timepieces felt like the predecessors to smartphones and Apple Watches. Thus, my quest to find my car racing watch is not about its monetary value. It represents a connection to my 12-year-old self, a shared nostalgia for everything lost along the way.

Source: www.theguardian.com

Astronomers discover colorful ‘glory’ in the atmosphere of WASP-76b

Using data from ESA's Extraterrestrial Planet Characterization Satellite (CHEOPS) and several other ESA and NASA missions, astronomers detected signs of extraterrestrial planets. Rainbow-like “glory effect” In the atmosphere of super-hot Jupiter WASP-76b. This effect occurs when light is reflected from a cloud composed of a completely homogeneous but so far unknown material. This “glory effect” is common on Earth, but it has only been discovered once on another planet, Venus. If confirmed, this first extrasolar glory would reveal more about the nature of this puzzling exoplanet and hold exciting lessons about how to better understand strange, distant worlds.

Artist's impression of WASP-76b's atmospheric rainbow-like “glory effect.” Image credit: ESA.

WASP-76b is the superhot planet Jupiter located 640 light-years away in the constellation Pisces.

First discovered in 2016, this exoplanet orbits the F-type star WASP-76 once every 1.8 days.

WASP-76b is tidally locked to its star. It takes about the same amount of time to rotate around its axis as it does to orbit its parent star.

On the day side, the planet receives thousands of times more radiation from its star than Earth receives from the Sun.

Temperatures on the dayside can exceed 2,400 degrees Celsius (4,352 degrees Fahrenheit), high enough to vaporize metals. However, nighttime temperatures are much cooler at 1,316 degrees Celsius (2,400 degrees Fahrenheit).

Here, the elements that form Earth's rocks melt and evaporate, condensing on the slightly cooler night side and creating iron clouds that drip rain of molten iron.

But astronomers have been puzzled by the apparent asymmetry, or oddity, of WASP-76b's “limbs,” the outermost regions seen as it passes in front of its host star.

“WASP-76b is being 'inflated' by the intense radiation from its star,” said Dr. Monica Rendl, an astronomer at the University of Geneva.

“That means it's 10% less massive than our cousin Jupiter, but almost twice the size.”

“The important thing to keep in mind is the incredible scale of what we are witnessing,” says ESA astronomer Dr Matthew Standing.

“WASP-76b is a very hot gas giant planet hundreds of light years away, likely raining molten iron. Despite the chaos, we detected potential signs of glory. It seems like it's an incredibly weak signal.''

In this study, the authors analyzed data from a variety of ESA and NASA missions, including CHEOPS, TESS, Hubble, and Spitzer.

CHEOPS intensively monitored WASP-76b as it passed in front of and around a Sun-like star. After making her 23 observations over three years, the data showed a surprising increase in the amount of light emanating from the planet's eastern “terminator,” the boundary where night and day meet. .

This allowed astronomers to disentangle the signal and constrain its origin.

“This is the first time that such a sudden change in the brightness of an exoplanet, its 'phase curve', has been detected,” said Dr. Olivier Demanjon, an astronomer at the Spanish Institute of Astronomical Sciences in Portugal.

“This discovery led to the hypothesis that this unexpected glow may be caused by a strong, locally anisotropic (direction-dependent) reflection, or glow effect.”

“Never before have we seen such colorful concentric rings on an extrasolar object,” said Dr Thomas Wilson, an astronomer at the University of Warwick.

“Therefore, if future studies confirm the glory of this first exoplanet, WASP-76b will be a truly unique object, providing insight into the atmospheres of distant exoplanets and how habitable they may be. It’s a beautiful tool for understanding.”

Confirmation of the glory effect means that the cloud, which is made up of perfectly spherical droplets, has lasted at least three years or is constantly replenished.

For these clouds to persist, the atmospheric temperature must also remain stable over time. This is an interesting and detailed insight into what's going on with WASP-76b.

Importantly, being able to detect such subtle wonders at great distances will teach scientists and engineers how to detect other less visible but important phenomena. For example, sunlight reflecting off liquid lakes and oceans is a requirement for habitability.

“More evidence is needed to say conclusively that this interesting 'extra light' is a rare glory,” said Dr Teresa Luftinger, project scientist for ESA's upcoming Ariel mission.

“Follow-up observations by the NIRSPEC instrument aboard the NASA/ESA/CSA James Webb Space Telescope could do just that. Or perhaps ESA’s upcoming Ariel mission will prove its existence.” We may even discover brighter colors shining from other exoplanets.”

a paper The survey results were published in a magazine astronomy and astrophysics.

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ODS demansion other. 2024. Asymmetry in the atmosphere of superhot Jupiter WASP-76b. A&A 684, A27; doi: 10.1051/0004-6361/202348270

Source: www.sci.news