tl;dr — Imosyn: One System, One Solution
Imosyn is a groundbreaking system designed to create a comprehensive and usable world model through entity and rule-based programming. It combines elements of a programming language, a wiki, a world simulator, a virtual science lab, and a knowledge synthesizer. Imosyn is still in development, but stay tuned for more updates!
What Imosyn Will Be
Imosyn will integrate the following components into a single, cohesive platform:
- World Model: A working and usable representation of natural entities and the rules that govern them.
- Entity and Rule-Based Programming: Designed specifically for robotics and other applications.
- Learning About Natural Rules and Entities: Enabling deeper insights into the governing principles of nature.
- Experimentation: Allowing users to test and experiment with various rules and entities.
- Simulation of Natural Processes: Providing a dynamic environment for simulating complex interactions.
- Knowledge Synthesis: Combining and synthesizing all available knowledge into an accessible format.
Programming with Imosyn
Imosyn's programming environment allows for intuitive and powerful coding. Here are some example use cases:
Example 1: Stacking Objects
from entities import ball, basket, cup
from algorithms import measure, arrange
from rules import stack_in
ball = ball.Ball()
basket = basket.Basket()
cup = cup.Cup()
ball.radius = measure(ball, radius)
basket.open_end_radius = measure(basket, open_end_radius)
cup.open_end_radius = measure(cup, open_end_radius)
arrange([ball, basket, cup], type="stack_in")Example 2: Sorting Alphabets
from alphabets import alphabet
from algorithms import sort
from rules import is_english
alphabet = alphabet.Alphabet()
sort(alphabet, constraint="is_english")Simulations
Imosyn's simulation capabilities are robust and versatile. You can simulate various algorithms and natural rules:
sim(algo/rule, entities_list): can simulate anything in the knowledge of imosyn. For example, as simple as simulating a sort algorithm on alphabets or as comples as simulating the third law of motion on 2 balls.
Demo
Join the waitlist to check out Imosyn in action.
Wiki
Imosyn also features a comprehensive wiki system for easy reference and learning:
- SE: See Entity
- SR: See Rule
- SA: See Algorithm
Science Lab: Research Automations
Imosyn will automate research processes, providing tools for deep scientific inquiry and discovery, based on the world model.
Knowledge Synthesizer: Learning Automations
Imosyn's learning process is automatic, which makes it a true knowledge synthesizer. It is designed to integrate new entites, rules and algorithms into its growing knowledge base to enhance its understanding of complex topics.
Join the Waitlist
Be among the first to experience Imosyn! Join our waitlist to get early access and updates:
Join the Waitlist