Víctor Alonso García

hace 1 año ·

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Qubits y combinatoria de altas dimensiones

high order dimensions paradigm. Combinatorics of sets allow us to understand the problems that involve
higher dimensions and machine learning models with the Scikit tool(Python)

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Many of the modern mathematical problems and research are based upon the numpy,octave GNU and
Calculus basis. Qutip is a modern python library for quantum states research in a computing format
The next generation of modern computational and mathematical work is on the research of new
algorithms and new ways to explore the software and hardware fields out of the current academic
research.

What | propose is a small research of different mathematical fields to build practical theory based on
computational models from the Enumerative combinatorics field, Qutip and Calculus. Also, in the next
documents | will work on higher order dimensions and enumerative combinatorics applied to the field of
aerodynamics for dimensional states research and fluids.

My interest is the research of computational modeling with Matrices, arrays and calculus from the
root-basis to establish a connection between the combinatorics and higher order dimensions field and
the topic of computation to move forward to the next generation of problems that are related to the
space-objects and higher dimensions as 4D, 5D, 6D proposing a new ideas and new objects based on
mathematical research and interesting graphical representations based on comparison of different
objects and calculus. These are a software development prototypes of representational data and

Enumerative-combinatorics-qutip and Calculus

Enumerative-combinatorics-qutip and Calculus Enumerative combinatorics is a field that is dedicated to the study of combinations of elements in the high order dimensions paradigm. Combinatorics of sets allow us to understand the problems that involve higher dimensions and machine learning models...

https://docs.google.com/document/d/1837ELIRi6AnQB9kuplRa5nY8O_LA65EW0TXfGORjZuY/edit?usp=sharing

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#Diseño #documentación

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