Covers a Game of Gravityball During the 100th Intergalactic Olympics

Posted by Covers a Game of Gravityball During the 100th Intergalactic Olympics

For this assignment, I slightly stretched the boundaries to see what thought the year 3000 would look like, not just on Earth but intergalactically. I was curious to see what sports would look like almost 1,000 years from now or if they would even exist at all. My prompt was vague enough to let run wild and invent a new sport for the 100th “Intergalactic Olympics,” where planets compete in sporting events instead of countries on one singular planet. What better way to reach galactic unity than through sports?  An assumption that I made was that the different species on each planet would work in unison to put their best athletes forward. Maybe countries will be a thing of the past 1,000 years from now. I was also interested to see the role that year 3000 AI technology will play in the governance of these Intergalactic Olympic games. 

The Prompt:

Write a post-game synopsis of a new sport created in the year 3000 for the 100th Intergalactic Olympics. Also, give a background of what the Intergalactic Olympics are like and what planet this year’s Intergalactic Olympics are being hosted on. Be creative and humorous. 

The Intergalactic Olympics began centuries ago when the advanced species of the galaxies realized sports were a universal way to promote goodwill and sell merchandise. The IOC (Intergalactic Olympic Committee) decreed the games would be held every 4 years on a different planet to maximize tourist revenue.

This year the 100th Intergalactic Olympics took place on Zentaurus, known for its picturesque mountain resorts and triple diamond skiing. Of course, there’s also the low gravity which allows for some wildly inventive demo sports. The newest addition this year was Gravityball, which quickly became a fan favorite, especially with the betting syndicates.

Two teams of 6 players enter a zero-g field contained by a shimmering forcefield dome. Players don special anti-grav belts and boots and try to get a 1kg stainless steel ball into the opponent’s goal net. With limited gravity, the players demonstrate stunning moves, like mid-air somersault spike shots that leave the goalies curled up in the fetal position.

The gold medal match saw the home planet Zentaurus up against the Rigellians. Those blue betentacled Rigellians are known for their cunning and tentacle dexterity, which helps in Gravityball. The Zentauran players were anxious to impress the home crowd.

From the opening bell, the action was faster than a moonballer chased by a tardigrade. The Rigellian scorer Rixladex wowed the crowd with a tentacle slam dunk to take an early lead. But the scrappy Zentaurans clawed their way back with trick upside-down bicycle kick goals and a distraction tactic where one player mooned the goalie. In the end, Zentauran star striker Novali Forn executed a stunning mid-air avalanche shot to seal a 7-4 victory, causing the home crowd to storm the field and tear down the zero-g dome. Once again, sports diplomacy succeeds in bringing the galaxies closer together!

Include a post-game interview with the MVP of the winning team.

After the raucous celebration on the field, I caught up with Zentauran MVP Novali Forn in the anti-grav tubes. She was still beaming with pride over their hard-fought gold medal Gravityball victory.

Reporter: Novali, congratulations on winning the first-ever Gravityball gold and bringing home the medal for Zentaurus! That final avalanche shot was incredible – tell us how you were able to execute it.

Novali: Thanks! I’ve been practicing that move for months but never tried it in competition before today. I saw the Rigellian goalie was playing too far forward so I knew if I could curl myself into a backward somersault and spring off the dome wall, I could surprise him from above. The anti-grav belt did the rest!

Reporter: The Zentaurus crowd is going crazy – how does it feel to win gold at home?

Novali: There’s no feeling like it. We could feel the stadium shaking after every goal. The fans here have been so supportive – this gold is for Zentaurus! I’m just proud I could be a part of this historic first Gravityball tournament and bring home the gold.

Reporter: What’s next for you after these Intergalactic Olympics?

Novali: Well first, we’re going to celebrate tonight! Maybe do some low-g dancing on the ceiling. But after that, I think Gravityball has a real future in the Olympics. I’d love to keep training and come defend this title at the next games!

Reporter: Thanks Novali, enjoy the victory!

Novali: Thank you! Go Zentaurus!

How does AI play a role in the year 3000 Intergalactic Olympic Games?

By the year 3000, AI has become deeply integrated into all aspects of the Intergalactic Olympic Games:

  • AI androids serve as refs, umpires, and judges, capable of making instantaneous calls with precision using sensors and data analysis. Their emotionless nature ensures impartiality.
  • AI coaches analyze opponents’ strategies and tendencies, providing key insights to give teams a competitive edge. They run complex simulations to develop optimal plays.
  • AI commentators provide dynamic real-time match analysis, bringing enthusiasm and expertise.
  • AI systems control the interactive forcefield domes and anti-grav technology that enables futuristic demo sports like Gravityball.
  • AI constructs highly customized training programs for athletes based on biometrics and performance data.
  • AI oversees logistics of the massive events, from ticketing and concessions to coordinating transport of athletes and fans on an interplanetary scale.
  • AI composes and performs epic original music for the opening and closing ceremonies.
  • AI creates immersive mixed reality experiences for spectators, from multi-angle views to data overlays.
  • AI translates communications between the thousands of languages, enabling inclusive participation.
  • AI designers develop the latest high-tech sustainable venues, Olympian villages, and infrastructure.

So while the athletes themselves remain flesh and blood, AI has become integral to nearly all aspects of the Intergalactic Olympic Games, ensuring their spectacular futuristic scope.

Image created by Microsoft Bing Image Creator powered by DALL-E

The Reflection:

I’m not sure what I expected when I thought of this idea for the chatbot, but I am pleased with how it turned out. As I am writing this reflection, I can’t help but imagine how the planet Zentaurus is celebrating its Gravityball gold medal victory with its large mountain ranges in the background and extremely low gravity. painted a detailed picture of the planet and the game itself without ever going too in-depth. A lot of it is left up to interpretation and imagination. I’m sure my image of this story is different in some way than whoever is reading this right now. 

I can’t help but read some of the post-game synopsis lines in the voice of Stephen A. Smith. Phrases like “mid-air somersault spike shots that leave the goalies curled up in the fetal position,” and “those blue betentacled Rigellians are known for their cunning and tentacle dexterity” are hilarious when you think about him saying them. This is where my cover art inspiration comes from, with one Rigellian and one Zenatauran giving their post-game analysis.

The post-game interview was added to provide a little flare to the game. MVP Novali Forn gave some identity and personality to the AI-generated responses. Her patented avalanche goal from the top of the stadium must’ve been a sight to see. Based on her response, the planet of Zentaurus really cares about hosting the Intergalactic Olympic games and is ready to celebrate the important win on its home turf later in the night. Touching on another piece of identity, it was nice to see that Novali Forn identifies as “she”. She was the only player who had her gender specified, but I assume that this sport is co-ed.

After asking what role AI plays in the year 3000 Intergalactic Olympic games, it is clear that artificial intelligence has a massive impact on the regulation, production, and consumption of the games. These characteristics are usually not visible, or at least not the central focus of the Gravityball game. Spectators are focused on the living species that are competing in the game, while AI works in the background to provide an unbiased viewing experience. By the year 3000, believes that AI will automate every aspect of the game besides the players themselves.

One production bullet point that I found fascinating was that AI translates thousands of languages instantaneously so that there is no barrier to communication. This is an amazing feat, especially for the Olympics, where competitors can have discussions with others from different planets without missing a beat. Technology like this would make the Olympic Village on Earth one big melting pot. I also found it interesting that the coaches are AI and run complex simulations to create plays. I’m not sure I agree with on this point because I believe coaches are an indispensable part of any game. There would be no advantage for either team if both coaches were automated. It’s a different story with AI androids regulating the game as referees. Taking “human” referees out of games would make calls as precise as possible. You’d never hear any derogatory chants directed toward refs ever again.

These three covert traits of the circuit worked in unison for the overall representation of the Intergalactic Olympic games. I chose the idea of an Intergalactic Olympics with culture in mind. The current-day Olympics are seen as a celebration of cultures across the world, not solely a competition. Olympians take pride in representing their country on the biggest stage imaginable, now the Intergalactic Olympics have expanded that scale for athletes to represent worlds.

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