Exploring the intersection of technology, mathematics, and innovation.

Currently, I am engaged in research simulating fluid dynamics using a collocation schema known as Local Method for Approximate Particular Solutions (LMAPS), under the supervision of Dr. Huiquing Zhu.

Previously, I worked on investigating brachistochrone curve solutions in hyperbolic space using the Poincaré and flat-chart metrics, a set of differential equations describing the geodesics in these respective metric spaces, under the supervision of Dr. Sungwook Lee.

I hope to attend graduate school and eventually enter academia in both teaching and research capacities. I aspire to work in quantum information theory, differential geometry and topology, and category theory. My ambition is to bridge the gap between the world around us and our ability to articulate its complexities fluently.

In my leisure, I enjoy exploring concepts beyond mathematics, with interests in metaphysics, deontology, psychoanalysis, sociology, and literature. I also indulge my creative interests in poetry, art, and adventure sports.

🌍 Location: United States 🇺🇸 (originally from Nepal 🇳🇵)

🎓 Background: Currently enrolled in a B.Sc. program in Mathematics, Physics

💻 Interests:

• Quantum Computing ⚛️
• Computational Mathematics 🔢
• Machine Learning / Deep Learning 🤖
• Simulations / visualizations 🌌

• Languages: C, C++, Java, Python, Matlab, Julia, Fortran 90, Ruby, JavaScript, VB.net, SQL, R
• Data Analytics / ML: Pandas, NumPy, Matplotlib, Seaborn, Plotly, Tableau, Power BI, Scikit-learn, TensorFlow, Keras
• Others: LaTex, Git, Shell-scripting, X2Go/XQuartz, Qiskit, Node.js, Ms. Office 360, Jupyter Notebook, SPSS
• Areas of Expertise:
  • Quantum Computing (Qiskit)
  • Mathematical Analysis (quantitative, numerical, data, complexity, multivariate)
  • Machine Learning / Deep Learning
  • Algorithm Design

• Meshless Methods for Navier-Stokes Equations / partial differential equations
• CUDA for high-performance parallel computing
• Advanced VR/AR integrations with AI models
• Stochastic processes and modelling
• Calculus of Variations

"Discourse is not life; its time is not your time; in it, you will not be reconciled to death; you may have killed God beneath the weight of all that you have said; but don't imagine that, with all that you are saying you will make a man that will live longer than he."
~ Michel Foucault, “The Archeology of Knowledge”

Let’s build something amazing together. 🚀