Posts

2019

• Analyzing the Proposed Validator Economics of Ethereum 2.0
• Equilibrium in Cryptoeconomic Networks
• Scalable Reward Distribution with Changing Stake Sizes
• Inflation Curvature in Bitcoin Supply
• Pyramid or Stump? Bonding Curve Parameters Matter

2018

• The Anatomy of a Block Stuffing Attack
• Ensuring Exactness in Curve-Bonded Dividend Token Systems
• Breaking Even in PoWH3D and the Math Behind Curved Token Bonding
• Lumped L2 Projection
• Disadvantages of Engineering Notation in Finite Elements
• Variational Formulation of Elasticity
• Discontinuous Divergence Theorem
• Batch Downloading Specific File Extensions from a Webpage

2017

• Nonlinear Finite Elements
• Coupled Finite Elements
• Time-Dependent Finite Elements
• Vectorial Finite Elements
• Reshaping Higher Order Linear Systems
• Linear Finite Elements
• Balance Laws
• Taylor and Volterra Series
• Isomorphisms in Linear Mappings between Vector Spaces
• Spotlight for Linux
• Metrics and Natural Isomorphisms
• Duality of Vector Spaces
• Redirecting requests to a specific path to another port in Apache

2016

• Better Font Rendering in Minimalist Distros
• Adding Kernel Parameters to GRUB
• Solving Constrained Linear Systems
• Increasing/Decreasing Sectioning Degrees in LaTeX

2015

• Default File Permissions in Unix
• Converting Scanned Documents to DejaVu Format

2014

• Simple recursive implementation of deCasteljau's algorithm for Bezier curves in Python
• Go to Character with Multiple Cursors in Emacs
• Printing Code
• Exporting equations from LaTeX to transparent png files
• Starting Emacs as a background process by default
• Extracting the most frequently used words from a text file, sorted

Tags

math finite-elements shell crypto economics programming linux latex emacs physics

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