sum8tion's profile - overview

● Student   × 1

• How to create/use matrices valued in differential forms?

● Great Question   × 1

• How to create/use matrices valued in differential forms?

● Supporter   × 1

• How to create/use matrices valued in differential forms?

● Nice Question   × 1

• How to create/use matrices valued in differential forms?

● Good Question   × 1

• How to create/use matrices valued in differential forms?

● Scholar   × 1

• How to create/use matrices valued in differential forms?

● Citizen Patrol   × 1

• (Update) How to change/set variables?

● Commentator   × 1

• Defining manifolds in a systematic way.

● Editor   × 1

• How to create/use matrices valued in differential forms?

● Notable Question   × 13

• Installing Coxeter3
• Defining manifolds in a systematic way.
• How do you assign (different) LaTex names to elements of a list?
• How to create lists of n-tuples efficiently?
• Substituting symbolic expressions for mixed differential forms.
• Is there any way to have a cell tell you how long it took to run in the Jupyter notebook?
• How to define multiple objects with a for loop?
• How to grab the 'function' part of a differential form?
• How to change/set variables?
• (Update) How to change/set variables?
• How to make formal variables with more than one index?
• How to create/use matrices valued in differential forms?
• Why does .remove() seem to take every element out of a list?

● Famous Question   × 7

• Installing Coxeter3
• How to grab the 'function' part of a differential form?
• How to change/set variables?
• (Update) How to change/set variables?
• How to make formal variables with more than one index?
• How to create/use matrices valued in differential forms?
• Why does .remove() seem to take every element out of a list?

● Popular Question   × 15

• Can a loop be made to skip an iteration if the run time exceeds a certain amount?
• Installing Coxeter3
• How to create lists of n-tuples efficiently?
• How do you assign (different) LaTex names to elements of a list?
• Substituting symbolic expressions for mixed differential forms.
• Are there fast(er) ways to compute inverses of Hermitian matrices?
• How to define multiple objects with a for loop?
• Defining manifolds in a systematic way.
• Is there any way to have a cell tell you how long it took to run in the Jupyter notebook?
• How to change/set variables?
• (Update) How to change/set variables?
• How to create/use matrices valued in differential forms?
• Why does .remove() seem to take every element out of a list?
• How to make formal variables with more than one index?
• How to grab the 'function' part of a differential form?