The application operates by having users apply logical steps to solve problems while continuously viewing an in-progress Lean proof of their current game state. To lower technical barriers, an optional fantasy mode restyles traditional mathematical concepts into elements like scrolls and potions. Development originally started during coding agent experiments in July before being temporarily sidelined by a busy schedule. The creator is currently seeking external playtesters to assess the software and refine its core logic curriculum.
Key points
The software aims to make learning logical proofs and the Lean proof assistant more engag…: The software aims to make learning logical proofs and the Lean proof assistant more engaging through gamification.
Users can enable an optional fantasy mode that relabels expressions as scrolls and mathem…: Users can enable an optional fantasy mode that relabels expressions as scrolls and mathematical statements as potions.
The developer is actively looking for playtesters to evaluate the software and improve it…: The developer is actively looking for playtesters to evaluate the software and improve its effectiveness for students.
Sources checked by our analysis pipeline: 1
Back in July, I started experimenting with using modern coding agents to build a number of mathematical visualization applets. With the extremely hectic events of the last few months, I had to set those projects aside; but I recently found a bit of time to work on one such project that I had started back then, which was to modernize a Javascript interactive textbook I had made back in 2018, entitled “QED”, and announced previously on this blog. The purpose of that textbook was to teach propositional and first-order logic in the form of a “crafting game”, where one applied various rules of logic to reach a desired conclusion from a given set of hypotheses.
With a coding agent, I rebuilt the game (which I have given the working title of “Lean Grimoire”) with a number of new features, for instance giving the option to show an in-progress Lean proof of one’s game state. Just for fun, I also added an option to play in a “fantasy mode” in which various game elements are depicted using fantasy-themed flavor text (for…
Internal pushback arose among policymakers over corporate lobbying efforts directed at the highest levels of the government to loosen technology trade barriers. The unease reflected existing friction surrounding the transfer of advanced semiconductor chips to foreign competitors like the Chinese market. These administration concerns developed before separate personal controversies regarding leadership surfaced publicly.
Federal regulators are working to tighten technological trade barriers to ensure high-end computing resources remain out of reach for Chinese entities. The targeted adjustments will address structural loopholes, specifically curbing unauthorized workarounds enabled by facilities hosting advanced processors. By restricting remote interfaces and illicit physical transfers, authorities seek to cut off indirect methods previously used to bypass hardware restrictions.
Financial institutions are overhauling internal engineering cultures and operational workflows to meet strict Financial Conduct Authority resilience mandates while accelerating innovation. Transitioning away from manual quality checks and fragmented communications allows firms to mitigate disruption risks and lay the groundwork for advanced artificial intelligence integration. These infrastructure upgrades are crucial for ensuring continuous service availability during severe operational shocks.