
Would you pay $80 for popcorn? Movie theaters are betting yes
The bucket due to be released alongside Marvel's 'The Fantastic Four: First Steps' is set to cost $80, the Wall Street Journal reported. It will feature a replica of the head of the film's villain Galactus, complete with glowing LED eyes and removable purple horns. It may also need its own seat at the movie theatre, as the enormous bowl is able to hold up to 361 ounces of popcorn, more than twice that of a typical large popcorn serving.
Other recent custom popcorn buckets include a Daily Planet newspaper box for 'Superman,' a martial art board bucket top for 'Karate Kid: Legends' and a vault with a special key for the latest 'Mission: Impossible.' These popcorn buckets have tended to cost in the region of $25 to $50.
Both film producers and cinema chains are eager to produce a bucket they hope will help generate revenue and excitement about an upcoming film. 'It's very accretive and complementary to what we're doing at the box office and concession sales,' John Curry, senior vice president of commercial at Regal, told the Journal. In 2023, Swifties went wild for the Eras Tour film bucket with the popstar blazoned on the side.
The craze took off even more after the release of the popcorn holder for 'Dune: Part Two' last year. The custom container from AMC was designed to resemble one of the giant sandworms from the film. However, fans soon suggested the mouth was sexually suggestive and turned the buckets into a viral sensation. 'Saturday Night Live' even created a skit about a teenager losing their virginity to the bucket.
However, the publicity led to more demand and 'now everybody wants to do a popcorn bucket and everyone wants to make it into something that will be iconic,' Rod Mason, vice president of business development at Zinc, told the Journal. Zinc licenses the rights to make its collectible buckets from studios and then movie theatres order them to sell to consumers. Chains such as AMC and Cinemark tend to order between 20,000 and 100,000 of each bucket design. Sometimes the buckets are an instant hit and sell out before being resold by consumers on eBay for hundreds of dollars. Other designs that flop, often along with the films themselves, end up being sold by the movie theatres at a discount online.

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The Sun
34 minutes ago
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The Guardian
an hour ago
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To address this, Carmack explores the integration of robotics into gaming environments. By designing systems that physically interact with games, researchers can mimic human behavior more closely, gaining deeper insights into how AI can learn and adapt in dynamic settings. Real-World AI: Overcoming Technical Barriers Transitioning from virtual environments to real-world applications introduces a host of technical challenges. Carmack highlights several key obstacles that must be addressed to enable AI systems to function effectively in physical environments: Latency and Hardware Limitations: Physical systems often struggle to achieve the real-time responsiveness required for dynamic tasks. Physical systems often struggle to achieve the real-time responsiveness required for dynamic tasks. Reward Detection: Designing effective reward mechanisms for real-world tasks remains a complex and unresolved issue. Designing effective reward mechanisms for real-world tasks remains a complex and unresolved issue. Sparse Rewards: Many RL algorithms falter in environments where rewards are infrequent or ambiguous, limiting their ability to learn effectively. To overcome these barriers, Carmack advocates for curiosity-driven learning, an approach where AI agents are motivated to explore and acquire knowledge independently of external rewards. This method could significantly enhance the adaptability and problem-solving capabilities of AI systems, particularly in environments where traditional reward structures are insufficient. The Role of Standardized Benchmarks Carmack underscores the importance of standardized benchmarks in evaluating AI performance across a diverse range of tasks. Such benchmarks would discourage narrow, task-specific optimizations and instead promote the development of generalizable systems capable of functioning across multiple domains. Key areas of focus include: Transfer Learning: Building systems that can apply knowledge across a variety of tasks and contexts. Building systems that can apply knowledge across a variety of tasks and contexts. Intrinsic Motivation: Encouraging AI to explore and learn independently, fostering creativity and adaptability. Encouraging AI to explore and learn independently, fostering creativity and adaptability. Sparse Rewards: Enhancing AI's ability to operate effectively in environments with limited or delayed feedback. By prioritizing these areas, researchers can create AI systems that are not only more versatile but also better equipped to handle the complexities of real-world applications. Future Prospects: AGI in Robotics and Beyond Carmack envisions a future where AGI systems seamlessly integrate with the real world, learning from diverse experiences and environments. Bridging the gap between simulation-based AI and real-world applications will require overcoming significant challenges, particularly in robotics and physical interaction. Carmack believes that open source collaboration and community-driven efforts will play a crucial role in accelerating progress in AGI development. By fostering a collaborative research environment, Carmack aims to inspire innovation and drive advancements that could transform industries ranging from healthcare to autonomous systems. His vision reflects a commitment to pushing the boundaries of what is possible, paving the way for a future where AGI systems contribute meaningfully to society. Media Credit: Wes and Dylan Filed Under: AI, Gaming News, Top News Latest Geeky Gadgets Deals Disclosure: Some of our articles include affiliate links. If you buy something through one of these links, Geeky Gadgets may earn an affiliate commission. Learn about our Disclosure Policy.