Welcome to the Hub at HermiTech Holdings, where scientific exploration meets innovative development in scientific software. At the core of our operations is the synthesis of learning and discovery across various fields, powered by the excitement of navigating through the enigmatic expanse of technology.

At HermiTech, we are delving into AI and robotics, underpinned by our data science roots. Our exploration includes quantum behaviors in programming, set theory, fractal art, and the use of genetic programming for hyperparameter tuning in robotics and automation. Our endeavors are aimed at achieving scalable flexibility and exploration in science and robotics development.

We're committed to transforming intricate ideas into tangible innovations 🚀, embarking on ambitious projects that resonate and intrigue, and form the foundation of our collective journey.

• interpolatable Language Frameworks and macros ⚙️🐍
• concurrent system models🃏
• general computer science & engineering
• Data Visualization Tools
• AGI (Artificial General Intelligence)
• Quantum computing innovations and robotics

• Morty: A bipedal humanoid control system using a Physics-Informed Neural Network (PINN) and Reinforcement Learning (RL) for stability and manipulation tasks. Integrated with ROS for real-time control and FPGA for hardware acceleration, Morty is ideal for research, education, and practical applications in dynamic environments.

• HermiSim-DynamicsViewer: A robotics simulation suite designed for loading URDF/XML files, rendering 3D environments, and running physics-based simulations using PyBullet. It features 3D visualization, sensor data simulation, and full control over simulations. Built with PyQt and modular in design, it is ideal for robotics development and testing using PyBullet for realistic physics interactions.

• NeuronForge: An advanced deep learning framework designed to facilitate the creation, training, and deployment of neural networks. NeuronForge is optimized for high-performance computing environments and integrates seamlessly with GPU acceleration, making it suitable for large-scale neural network projects, including reinforcement learning and other complex AI tasks.

• TulpaLang: A new programming language built off Rust but based on Python syntax. TulpaLang is designed for simplicity and power, combining Python's ease of use with Rust's performance and safety features. It's ideal for developers looking for a language that balances readability and high performance. Discover more in our repositories...

• Keen on collaborating to create transformative models and network architectures.

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Join us in forging new paths within the vast landscape of AI and beyond. Dive into our repositories and be part of the narrative that shapes the future of technology.