About
Darwin^x was started with 2 of my friends. We'd heard of the insane applications of nanobots, and we were wondering why they didn't exist. We found the problems, and aimed to solve them...
Introduction
Nanobots promise to cure disease, create extraordinarily strong metamaterials, help us capture and store energy more efficiently, and even make us immortal. Yet they don't exist. With such insane potential why aren't they a reality to the benefit of humanity? There's a few reasons:
- Current methods for design and creation of nanobots are unreliable, slow, and costly
- Tracking nanobots inside the body is impossible
- There is no efficient method of creating and iteratively testing nanobots
Product
The solution we came up with was a simulation software. It is a simulation of a part of the body, which researchers can use to choose their environment of choice, and create a nanobot by pulling from a database of different nanobot components.
- Iteratively test different nanobot designs
- Test nanobot prototypes without spending tons of money and going through inefficient processes
- Track the nanobots as they perform their task
The information above is an overview of the project. These are further resources that go more in depth if you are interested in learning more.
Content
More
Currently the project is on pause until we develop further skills. This is a huge project with many different parts and tons to learn! We have called researchers and read papers on the viability of the proposal, and have determined that it is theoretically possible. The technologies used section contatins technologies that would have to be used, not ones that were used. Started with Adar Kahiri and Arnav Paruthi.
Technologies Used
Solidworks, Z88, or ANSYS
C++
Open Source Physics Engine
Lammps or Comsol
What I Learned
Nanorobotics (Components, How They Work, Programming, etc)
Viability Confirmation
Nanotechnology Industry
Basics of C++
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