Welcome to my blog!
I'm excited to write about math, programming, and economics.
This blog supports writing math through KaTeX and rendering diagrams through Mermaid.
Below is a rendering of Green's Theorem to illustrate the math rendering capabilities.
\oint_C (L \, dx + M \, dy) = \iint_D \left( \frac{\partial M}{\partial x} - \frac{\partial L}{\partial y} \right) dA
$$ \oint_C (L \, dx + M \, dy) = \iint_D \left( \frac{\partial M}{\partial x} - \frac{\partial L}{\partial y} \right) dA $$
And here is a deterministic finite automaton that recognizes the regular expression (hello\s)+world.
flowchart LR
start[ ] -->|" "| q0
q0(("$$q_0$$")) -->|h| q1(("$$q_1$$"))
q1 -->|e| q2(("$$q_2$$"))
q2 -->|l| q3(("$$q_3$$"))
q3 -->|l| q4(("$$q_4$$"))
q4 -->|o| q5(("$$q_5$$"))
q5 -->|␣| q6(("$$q_6$$"))
q6 -->|h| q1
q6 -->|w| q7(("$$q_7$$"))
q7 -->|o| q8(("$$q_8$$"))
q8 -->|r| q9(("$$q_9$$"))
q9 -->|l| q10(("$$q_{10}$$"))
q10 -->|d| q11(("$$q_{11}$$"))
style start fill:none,stroke:none
style q11 stroke-width:4px