NanoForge is a powerful Rust package specifically crafted for designing and manufacturing ultra-high-performance nanomachines. It is positioned to be the PyTorch equivalent in the nanotechnology domain, merging simplicity with high performance.

• Performance: Leverages the speed and efficiency of Rust to deliver ultra-high-performance for nanomachine design and simulation.

• Usability: Emulates the simplicity of platforms like PyTorch, making it accessible for both beginners and experts to design, simulate, and manufacture nanomachines.

• Leading-Edge: Stays at the forefront of nanotechnology advances, shaping the future of nanomachine design and production.

To install NanoForge, run the following command:

cargo install nanoforge

• Library Documentation: Comprehensive details about the methods and functionalities of NanoForge.

• Tutorials: Interactive learning materials and guides. (live | github)

• Introduction to Nanotechnology: A beginner's guide to understanding and getting started with nanotechnology.

Engage with the NanoForge community on Discord! Share your insights, seek advice, and collaborate with other passionate individuals.

We welcome contributions that can help us improve and extend the capabilities of NanoForge:

• Code of Conduct: Please familiarize yourself with our code of conduct to understand our expectations for respectful engagement.

• Contributor's Guide: Provides key information and guidelines for making meaningful contributions to NanoForge.

Your support can accelerate our progress! Find out how you can sponsor us here.

MIT

Copyright (c) 2023 NanoForger

NanoForge is revolutionizing the field of nanotechnology with a comprehensive package for designing, simulating, and manufacturing nanomachines.

Leveraging the robustness and efficiency of Rust, NanoForge offers a performance-optimized platform that's simple and accessible. Our aim is to empower you to create next-gen nanomachines with greater ease and precision.

tl;dr

NanoForge is your one-stop solution, the PyTorch of Nanotechnology.

Each module in NanoForge serves a unique purpose, aiding in different stages of nanomachine development:

• design: Tools for creating nanomachine designs.

• simulate: Functionalities for performance simulation of nanomachines.

• material: Selection of suitable materials for nanomachine design.

• manufacture: Conversion of nanomachine designs into ready-to-manufacture blueprints.

• io: Utilities for managing nanomachine design data input and output.

• test: Suite of tests for NanoForge functions.

• utils: Essential utility functions for the NanoForge platform.

Explore the functionalities and documentation you need here.

https://foresight.org/fabrication_cost_key_to_implementing_nanotechnology