/ -- a binary operator, usually used for division

Ways to use / :

• CoherentSheaf / CoherentSheaf -- quotient of coherent sheaves
• CoherentSheaf / Ideal, see CoherentSheaf / CoherentSheaf -- quotient of coherent sheaves
• Expression / Expression, see Expression -- the class of all expressions
• Ideal / Ideal -- quotient module
• List / Thing -- vector division
• Module / Ideal, see Module / Module -- quotient module
• Module / List, see Module / Module -- quotient module
• Module / Module -- quotient module
• Module / RingElement, see Module / Module -- quotient module
• Module / Sequence, see Module / Module -- quotient module
• Module / Vector, see Module / Module -- quotient module
• Ring / Ideal -- make a quotient ring
• Ring / List, see Ring / Ideal -- make a quotient ring
• Ring / Module, see Ring / Ideal -- make a quotient ring
• Ring / MonomialIdeal, see Ring / Ideal -- make a quotient ring
• Ring / RingElement, see Ring / Ideal -- make a quotient ring
• Ring / Sequence, see Ring / Ideal -- make a quotient ring
• Ring / ZZ, see Ring / Ideal -- make a quotient ring
• RingElement / RingElement -- fraction
• List / Command, see VisibleList / Function -- apply a function to elements of a list
• List / Function, see VisibleList / Function -- apply a function to elements of a list
• List / RingMap, see VisibleList / Function -- apply a function to elements of a list
• Tally / Command, see VisibleList / Function -- apply a function to elements of a list
• Tally / Function, see VisibleList / Function -- apply a function to elements of a list
• VisibleList / Command, see VisibleList / Function -- apply a function to elements of a list
• VisibleList / Function -- apply a function to elements of a list
• VisibleList / SelfInitializingType, see VisibleList / Function -- apply a function to elements of a list

For the programmer

The object / is a keyword.

         X / Y := (x,y) -> ...