1. 1-Second Temporal Partitioning: The user forcibly segments 1 second of real time into 24 discrete frames using their field of view as the projection angle.

2. Pre-Rendered Trajectory (Zero Hesitation): Before initiating motion, a complete sequence of 24 micro-actions is calculated and locked in advance. Once execution begins, the user cannot modify or reconsider the trajectory midway—they must follow the pre-rendered frames without hesitating.

3. Compounding Velocity to Supersonic Speeds: While obeying the laws of physics within each frame, consecutively executing flawless 24-frame loops without breaking cadence causes kinetic acceleration to compound exponentially, propelling Naoya Zenin to Mach 3 supersonic velocity.

4. The 24 FPS Freeze Penalty: When the user makes palm contact with an opponent, that opponent is immediately forced into the 24 FPS rule. If the target cannot calculate and execute their own motion in exact 1/24th-of-a-second increments, their trajectory fails and they are frozen solid inside a flat, glass-like 2D projection frame for 1 second, leaving them utterly defenseless to being shattered.

From "Reverse Bias" to "24 FPS Projection": The Reverse Bias algorithm (working backward to plan the exit from the previous job) accomplished its mission. However, running continuous macro-evaluation during postgraduate research creates fatal decision latency.

By shifting fully to the 24 FPS algorithm, macro-hesitation is eliminated. Complex research and syllabus milestones are chunked into predefined daily execution frames. Deciding first, locking the frame, and executing without real-time second-guessing unlocks compounding academic momentum.