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  • U.K.

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hisaylama/README.md

Hi there 👋, I'm @hisaylama

I am an experimental soft matter physicist with a deep interest in statistical physics, machine learning, and quantitative research. My work primarily revolves around the intricate world of soft-matter physics, quantitative data driven research and the application of quantitative image processing techniques.

About Me

  • 👀 I’m passionate about exploring the complexities of soft matter and leveraging statistical methods to uncover new insights.
  • 🌱 My primary research areas include:
    • Soft-Matter Physics: Investigating the behavior and properties of soft materials.
    • Quantitative Image Processing: Developing and applying techniques to extract meaningful data from images.
    • Quantitative Research: Utilizing statistical and machine learning methods to analyze and interpret complex data sets.
  • I’m eagerly looking forward to collaborations that can push the boundaries of our understanding in these fields.
  • 📫 You can reach me at: [email protected]

Areas of Expertise

  • Statistical Physics and Thermodynamics
  • Machine Learning
  • Quantitative Image Processing
  • Soft-Matter Physics

Projects

Here are some of my notable projects:

  1. Detetcting Minutiae - Code characterizes the networks. [Quantitative Image Processing ]
  2. 2D FTIR Hyperspectra viewer - Matlab-based app for viewing 2D FTIR data. [Soft-Matter Physics]
  3. Phase retreival algorithm - Phase retrieval code for holography microscopy.[Quantitative Image Processing ]
  4. Brownian simulation - Langevin simulation prey-predator model. [Statistical Physics and Thermodynamics/ Machine Learning]

GitHub Stats

Your GitHub stats

Connect with Me

Thank you for visiting my profile! If you share similar interests or have exciting collaboration opportunities, feel free to get in touch.

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  1. Phase-Mask-for-Spatial-Light-Modulator Phase-Mask-for-Spatial-Light-Modulator Public

    Generates a Phase Mask, a digital hologram used for holography microscopy (based on Grechberg Saxton Algorithm).

    MATLAB

  2. Statistical_Physics_Algorithm_Computation Statistical_Physics_Algorithm_Computation Public

    Solutions to the assignment on Statistical Physics algorithm and computation from Coursera.

    Jupyter Notebook 1 3

  3. Minutiae-and-topological-defects-of-pattern Minutiae-and-topological-defects-of-pattern Public

    Topological analysis of a labyrinth pattern to detect defects and edges.

    MATLAB

  4. AFM-data-height-profile-analysis AFM-data-height-profile-analysis Public

    Matlab application to visualize the atomic force microscopy images. Extracts information on surface topogrpahy.

    MATLAB

  5. Brownian-Simulation Brownian-Simulation Public

    Prey-predator model solution with classical Langevin Simulation and Machine Learning

    Jupyter Notebook 1

  6. Graph-Convolution-Neural-Newtwork Graph-Convolution-Neural-Newtwork Public

    Predicting glass transition of a polymer using Graph Neural Netwroks.

    Jupyter Notebook