Eonum Inc's Projects
Reproducing Dissipative Quantum Field Theories to Understand Mysteries about the Universe we Live in!
This is an effort to bring Dissipative Quantum Field Theory based on Nonequilibrium Thermodynamics to the world in terms of theoretical aspects and stochastic simulation approaches. The main framework has been developed by Hans Christian Oettinger at ETH. We are going to use Sympy and Python for this purpose.
ibridgePy using puthon 3.9
A collection of iPython notebooks using iQFT: examples, tutorials, development test, etc.
There are a lot of available tools and methods to test algorithmic strategies online. However, there is a need to test strategies against real-time data. Eonum believes that the future is not like the past and historical data have minimum impact on building the future. History teaches us lessons but what happens in the future is up to us.
Code for Machine Learning for Algorithmic Trading, 2nd edition.
Course materials for the quantum formalism series that includes; live lecture slides, curated study materials and other useful resources.
Low Energy Quantum Field Theory Measurement Quantum Dissipation and Quantum Brownian Motion
Designing the New World Order based on Quantum Decision Making
The goal of this project is to demonstrate the power of dissipative quantum field theory as the ultimate image of nature that connects science to art, philosophy and metaphysics
This is a general framework for beyond equilibrium chaos in financial market
Mathematical Modeling of Combat Utilizing Quantum Computing & Artificial Intelligence
A Trading Library for Trading Using Quantum Computing and AI
Zipline Trader, a Pythonic Algorithmic Trading Library with broker integration