adwiteeymauriya

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adwiteeymauriya

{
  "$schema": "https://json.schemastore.org/resume",
  "meta": { "theme": "kendall" } ,
  "basics": {
    "name": "Adwiteey Mauriya",
    "label": "Data Scientist",
    "image": "http://adwiteeymauriya.com/photo.jpg",
    "summary": "Experienced Doctoral Researcher with a demonstrated history of working in the research industry. Skilled in Statistical Data Analysis, Linux System Administration, High performance computing, and Data Analytics. Strong research skills with a Doctor of Philosophy - PhD: focused on Plasma and High-Temperature Physics from Instituto Superior Tecnico, Lisbon, Portugal.",
    "website": "http://adwiteeymauriya.com",
    "email": "adwiteeymauriya@gmail.com",

adwiteeymauriya

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@article{Helander2015a,
abstract = {Recent progress in the gyrokinetic theory of stellarator microinstabilities$\backslash$nand turbulence simulations is summarized. The simulations have been$\backslash$ncarried out using two different gyrokinetic codes, the global particle-in-cell$\backslash$ncode EUTERPE and the continuum code GENE, which operates in the geometry$\backslash$nof a flux tube or a flux surface but is local in the radial direction.$\backslash$nIon-temperature-gradient (ITG) and trapped-electron modes are studied$\backslash$nand compared with their counterparts in axisymmetric tokamak geometry.$\backslash$nSeveral interesting differences emerge. Because of the more complicated$\backslash$nstructure of the magnetic field, the fluctuations are much less evenly$\backslash$ndistributed over each 

adwiteeymauriya

================================================
   GNU coreutils 8.28: ./tests/test-suite.log
================================================

# TOTAL: 600
# PASS:  488
# SKIP:  108
# XFAIL: 0
# FAIL:  3
# XPASS: 0

adwiteeymauriya

import numpy as np
import matplotlib.pyplot as plt
def f1(x,y):
    return x**y-y**x
def f2(x,y):
    return x-y
x0=int(raw_input("x0 = ") or '0') 
xlast=int(raw_input("xlast = ") or '100')
xwindow=int(raw_input("xwindow = ") or '1')
y0=int(raw_input("y0 = ") or '0')