The summary is cut off after this sentence manually using the !--more--, but wrapped with <>.
Here are some headers:
Here are some words in various styling. Bold words, as well as italicized words words that have both bold and italic formatting, as well as some stuff that I want to forget.
There are more words here. This is some inline code for i in range(10): print("markdown"). And here is some block code
import numpy as np
def f(x):
"""
This is a docstring
"""
return np.exp(x)
| a | b | apple |
|---|---|---|
| c | d | pear |
| e | f | banana |
| g | h | strawberry |
You do not rise to the level of your goals. You fall to the level of your systems.
– James Clear
At a purely formal level, one could call probability theory the study of measure spaces with total measure one, but that would be like calling number theory the study of strings of digits which terminate.
–Terence Tao, “Topics in Random Matrix Theory”
The below image is entered using the figure hugo shortcode.

Figure 1: Everyone’s favorite rotationally invariant measure.
In Calculus, one studies rates of change. In particular, one studies two foundational and interconnected ideas: derivatives and integrals.
Derivatives are often written as in inline math, despite not being fractions. Even in display math, they are written as
Some people are peculiar about if it should be written as , , or . I personally don’t have a strong preference.
As is well known, the derivative of an integral is the function itself.
We have that