@@ -139,7 +139,7 @@ In computer science, a 'literal' is an expression that represents and evaluates
139139-0x9d
140140```
141141
142−All of the above are atoms. The underlying noun of each is just an unsigned integer, but each is written in a special syntax indicating to Hoon that the atom is to be represented in a different way. To see their values in the default atom notation, you can tell Hoon to throw away the aura information. Do this by preceding each expression above with `\`@\``.
142+All of the above are atoms. The underlying noun of each is just an unsigned integer, but each is written in a special syntax indicating to Hoon that the atom is to be represented in a different way. To see their values in the default atom notation, you can tell Hoon to throw away the aura information. Do this by preceding each expression above with `` `@` ``.
143143
144144```
145145> `@`0b1001
@@ -264,7 +264,7 @@ Aura Meaning Example of Literal Syntax
264264
265265#### Casting to Other Auras
266266
267−You can force Hoon to interpret an atom differently by using the aura symbols in the chart above; e.g., `\`@ux\`` for unsigned hexadecimal, `\`@ub\`` for unsigned binary, etc.:
267+You can force Hoon to interpret an atom differently by using the aura symbols in the chart above; e.g., `` `@ux` `` for unsigned hexadecimal, `` `@ub` `` for unsigned binary, etc.:
268268
269269```
270270> `@ux`157