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abhiseksarkar2001/README.md

Hi 👋, I'm Abhisek

Integrated BS-MS Student of IISER Kolkata with Physics major and Computer Science Minor. See my resume for more. Passionate about Exploring the realms of machine learning and artificial intelligence to innovate and solve real-world challenges.

abhiseksarkar2001

abhiseksarkar2001

sarkarabhisek01

  • 🔭 I’m currently working on Machine Learning and Statistics Projects

  • 👯 I’m looking to collaborate on Machine Learning, Statistics,Data Science projects

  • 📫 How to reach me as20ms091@iiserkol.ac.in

Connect with me:

sarkarabhisek01 abhiseksarkar01 abhisek07 abhisek.sarkar.942145 happyvectorday vectorabhisek helloabhisek2001 vectorabhisek helloabhisek2001 helloabhisek2001 abhisek2001 abhisek01

Languages and Tools:

c cplusplus flask git linux matlab mysql opencv pandas python pytorch scikit_learn seaborn tensorflow

abhiseksarkar2001

 abhiseksarkar2001

abhiseksarkar2001

✍️ Random Dev Quote


Popular repositories Loading

  1. Probability-Playground Probability-Playground Public

    Jupyter Notebook 2

  2. Machine-Learning-Final-Project Machine-Learning-Final-Project Public

    Final Project work for Foundations of Machine Learning and Network Analysis course MA4207

    Jupyter Notebook 2

  3. abhiseksarkar2001 abhiseksarkar2001 Public

    1

  4. Calculating-the-Orbit-of-a-Celestial-Object-using-the-Euler-Method Calculating-the-Orbit-of-a-Celestial-Object-using-the-Euler-Method Public

    This Python code calculates the orbits of celestial objects (such as planets or moons) around a central object (such as a planet or a star) using the Euler method. The orbits are calculated based o…

    Python 1

  5. Solving-Euler-Lagrange-equation-for-Harmonic-Oscillator-numerically-in-Python Solving-Euler-Lagrange-equation-for-Harmonic-Oscillator-numerically-in-Python Public

    Jupyter Notebook 1

  6. Celestial-Body-Gravitational-Potential-and-Lagrange-Points-Calculator Celestial-Body-Gravitational-Potential-and-Lagrange-Points-Calculator Public

    This code calculates the effective gravitational potential of a celestial body system and the Lagrange points of the system.

    Python 1

abhiseksarkar2001 (Abhisek Sarkar) · GitHub
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abhiseksarkar2001/README.md

Hi 👋, I'm Abhisek

Integrated BS-MS Student of IISER Kolkata with Physics major and Computer Science Minor. See my resume for more. Passionate about Exploring the realms of machine learning and artificial intelligence to innovate and solve real-world challenges.

abhiseksarkar2001

abhiseksarkar2001

sarkarabhisek01

  • 🔭 I’m currently working on Machine Learning and Statistics Projects

  • 👯 I’m looking to collaborate on Machine Learning, Statistics,Data Science projects

  • 📫 How to reach me [email protected]

Connect with me:

sarkarabhisek01 abhiseksarkar01 abhisek07 abhisek.sarkar.942145 happyvectorday vectorabhisek helloabhisek2001 vectorabhisek helloabhisek2001 helloabhisek2001 abhisek2001 abhisek01

Languages and Tools:

c cplusplus flask git linux matlab mysql opencv pandas python pytorch scikit_learn seaborn tensorflow

abhiseksarkar2001

 abhiseksarkar2001

abhiseksarkar2001

✍️ Random Dev Quote


Popular repositories Loading

  1. Probability-Playground Probability-Playground Public

    Jupyter Notebook 2

  2. Machine-Learning-Final-Project Machine-Learning-Final-Project Public

    Final Project work for Foundations of Machine Learning and Network Analysis course MA4207

    Jupyter Notebook 2

  3. abhiseksarkar2001 abhiseksarkar2001 Public

    1

  4. Calculating-the-Orbit-of-a-Celestial-Object-using-the-Euler-Method Calculating-the-Orbit-of-a-Celestial-Object-using-the-Euler-Method Public

    This Python code calculates the orbits of celestial objects (such as planets or moons) around a central object (such as a planet or a star) using the Euler method. The orbits are calculated based o…

    Python 1

  5. Solving-Euler-Lagrange-equation-for-Harmonic-Oscillator-numerically-in-Python Solving-Euler-Lagrange-equation-for-Harmonic-Oscillator-numerically-in-Python Public

    Jupyter Notebook 1

  6. Celestial-Body-Gravitational-Potential-and-Lagrange-Points-Calculator Celestial-Body-Gravitational-Potential-and-Lagrange-Points-Calculator Public

    This code calculates the effective gravitational potential of a celestial body system and the Lagrange points of the system.

    Python 1