mathematics

AppWizard
June 29, 2026
This week in gaming features a mix of nostalgia and innovation. "The Message from Deep Space" is a narrative set in the 1970s about translating signals from an asteroid, inspired by the Voyager Interstellar Record project. The arcade classic "Ninja Masters" returns on Steam with nine-player lobbies and rollback netcode. "Feed the Pit" invites players to explore cursed forests for sacrifices, while "Forgotten Blood" offers a dark journey through a valley with peculiar creatures. "Telluricene" is a visual novel with romantic choices involving a janitor and a plant creature. "Oblivion Maiden" is a dreamy mystery game, and "Cartesian Battle" teaches math through bullet trajectory challenges. "Cat Squeeze" is a lighthearted maze puzzler, and "Mosaic Garden" focuses on cultivating flower patterns. "Mycofall" is an early access bullet heaven adventure, while "Hollow Ground" offers a 90s-style action experience. "Laballatory" allows players to create Newton's Cradle toys, and "American Revolutionary War" is a turn-based wargame featuring strategic battles against George Washington. The RPS team is preparing for various topics, including insights on the Steam Machine and Tennocon.
AppWizard
May 31, 2026
The official title for the sequel to the Minecraft film is A Minecraft Movie Squared. New cast members include Kirsten Dunst as Alex and Matt Berry, while returning cast members are Jack Black, Jason Momoa, and Danielle Brooks. Director Jared Hess will return for the sequel, which is set for release on July 23, 2027. The original film grossed 7 million globally, prompting discussions for a sequel, which was officially greenlit in October 2025.
AppWizard
May 25, 2026
Mathematicians Molly Lynch and Michael Weselcouch developed a method to approximate the value of pi (π) within the game Minecraft using a probabilistic darts technique. They constructed a circular structure with a radius of 11 blocks surrounded by a square and introduced random events using slimes, which move randomly. By counting the number of slimes killed within the circle compared to the total number killed, they calculated an approximation of π. During their test, they killed 619 slimes, with 508 inside the circular area, yielding an approximation of π ≈ 3.283. They noted that increasing the size of the square and the number of slimes could improve accuracy.
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