[2512.24601] Recursive Language Models
https://arxiv.org/abs/2512.24601
https://arxiv.org/abs/2512.24601
arXiv.org
Recursive Language Models
We study allowing large language models (LLMs) to process arbitrarily long prompts through the lens of inference-time scaling. We propose Recursive Language Models (RLMs), a general inference...
analyze what I was trying to do by checking readme.md and structure, then suggest a plan to improve things
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local-first, user-owned model protocol, not platform AI as filter, not feed
a personal AI that controls your information diet
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https://immunefi.com/public-api/bounties.json
new ones
- Hermetica ($100K, launched 2026-02-12)
- RootstockLabs ($200K, launched 2026-02-10)
- Veda ($1M, launched 2026-01-21)
- Bug Bounty Comp Lido V3 ($2M, launched 2025-11-12)
- Hermetica ($100K, launched 2026-02-12)
- RootstockLabs ($200K, launched 2026-02-10)
- Veda ($1M, launched 2026-01-21)
- Bug Bounty Comp Lido V3 ($2M, launched 2025-11-12)
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https://cartpole.robotics-lab.ru/3.0.0/dynamics/
an alternative approach can be:
The Reaction Wheel Pendulum
No track. No belt. No rail. No gantry. No homing. No endstops. The entire machine is a stick that balances itself by spinning a wheel.
The Concept
A rod is hinged at its base and free to swing in one plane, like a regular pendulum. At the top of the rod, a DC motor spins a heavy disk (a flywheel). When the motor accelerates the flywheel clockwise, Newton's third law pushes the rod counterclockwise. By controlling the flywheel's acceleration, you control the pendulum's angle.
The Reaction Wheel Pendulum
No track. No belt. No rail. No gantry. No homing. No endstops. The entire machine is a stick that balances itself by spinning a wheel.
The Concept
A rod is hinged at its base and free to swing in one plane, like a regular pendulum. At the top of the rod, a DC motor spins a heavy disk (a flywheel). When the motor accelerates the flywheel clockwise, Newton's third law pushes the rod counterclockwise. By controlling the flywheel's acceleration, you control the pendulum's angle.
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an alternative approach can be: The Reaction Wheel Pendulum No track. No belt. No rail. No gantry. No homing. No endstops. The entire machine is a stick that balances itself by spinning a wheel. The Concept A rod is hinged at its base and free to swingβ¦
YouTube
Arduino Reaction Wheel Inverted Pendulum - Tutorial
This video shows a cool project of the reaction (inertia) wheel inverted pendulum using field oriented controlled BLDC motor as the actuator. The project is entirely based on Arduino SimpleFOCShield and SimpleFOClibrary.
You can find the Arduino code, theβ¦
You can find the Arduino code, theβ¦
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https://youtu.be/Ih-izQyXJCI
GitHub
GitHub - simplefoc/Arduino-FOC-reaction-wheel-inverted-pendulum: Reaction wheel inverted pendulum project based on the Arduinoβ¦
Reaction wheel inverted pendulum project based on the Arduino Simple FOC library and SimpleFOC shied. - simplefoc/Arduino-FOC-reaction-wheel-inverted-pendulum
Read about how compilers work, game theory, economics, systems thinking, formal methods, traditional security, etc.