Laurent G. OSSBSS AMIS UCC (LaGuer)

LaGuer

User data from Github https://github.com/LaGuer

Company:@amisolution

Home Page:https://github.com/laguer

GitHub:@LaGuer

Laurent G. OSSBSS AMIS UCC's repositories

SixtySecondsCV

SixtySecondsCV

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hubble-radius

48 Methods exhibiting the Hubble radius (distance estimates in Gly) compared to the JWST measurements

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gravitational-constant

Calculus for a better approximation of G the newtonian gravitational constant

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MathPhysicalConstants.jl

Mathematical and Physical Constants in Cosmology and micro physics (updated SI CIPM CODATA 2019)

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Jupyt-Nb

Mathematical and Physical Constants ratios in Cosmology and micro physics

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Jupyter-Notebook-Practice-Physical-Constants-Ratios

exp(2^n/4) determines the topological Axis linking micro and macro physics ratios in a Jupyter Notebook entitled Jupyter-Notebook Practice Physical Constants Ratios. It uses the reduced Compton Electron wavelength as unit of length.

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topological-axis

Topological Axis of MICRO/MACRO-PHYSICS & BIO-PHYSICS relations

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ATGC

We’re checking two equations: (1) C + G = A + T + 1 (2) A + T = C + G – 1

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AUGC

RNA nucleotides Mass Ratio using natural units

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biopython

Official git repository for Biopython (converted from CVS)

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Cosmology.jl

Cosmology library for Julia

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DeepSphere

A spherical convolutional neural network (for cosmological applications)

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dnaplotlib

DNA plotting library for Python

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gflop-benchmark

GigaFlops benchmarking

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julia-python

Installing Julia and Python environments

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jupyter-c-kernel

Minimal Jupyter C kernel

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latex-edit

Online LaTeX editor with instant preview

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latex-online

Online latex compiler. You give it a link, it gives you PDF

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PhysConsts.jl

Physical Constants

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PhysicalConstant.jl

Collection of fundamental physical constants with uncertainties. It supports arbitrary-precision constants

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qutip-notebooks

A collection of IPython notebooks using QuTiP: examples, tutorials, development test, etc.

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RSA

Image Encryption using RSA Algorithm in Python

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RSA-Encryption-in-Python

Exercises in Python notebook to implement the RSA encryption algorithm, and figure out if huge numbers are primes via Fermat test. Explanation provided via comments in Japanese.

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wien-constant-bbr

Wien constant and Black Body Radiation

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