** -- a binary operator, usually used for tensor product or Cartesian product

Ways to use symbol ** :

• AffineVariety ** AffineVariety (missing documentation)
• AffineVariety ** Ring
• BettiTally ** BettiTally -- see BettiTally -- the class of all Betti tallies
• ChainComplex ** ChainComplex -- tensor product
• ChainComplex ** Module -- see ChainComplex ** ChainComplex -- tensor product
• Module ** ChainComplex -- see ChainComplex ** ChainComplex -- tensor product
• ChainComplex ** ChainComplexMap -- tensor product
• Module ** ChainComplexMap -- see ChainComplex ** ChainComplexMap -- tensor product
• ChainComplex ** GradedModule -- tensor product
• ChainComplex ** Ring -- a binary operator, usually used for tensor product or Cartesian product
• ChainComplexMap ** ChainComplex -- tensor product
• ChainComplexMap ** Module -- see ChainComplexMap ** ChainComplex -- tensor product
• ChainComplexMap ** ChainComplexMap -- tensor product
• CoherentSheaf ** CoherentSheaf -- tensor produce of coherent sheaves
• CoherentSheaf ** SheafMap (missing documentation)
• Expression ** Expression (missing documentation)
• Expression ** TensorProduct (missing documentation)
• Expression ** Thing (missing documentation)
• GradedModule ** ChainComplex -- tensor product
• GradedModule ** GradedModule -- a binary operator, usually used for tensor product or Cartesian product
• GradedModule ** Module -- a binary operator, usually used for tensor product or Cartesian product
• Module ** GradedModule -- see GradedModule ** Module -- a binary operator, usually used for tensor product or Cartesian product
• Holder ** TensorProduct (missing documentation)
• List ** List -- Cartesian product of two lists
• Matrix ** Ring -- tensor product
• Ring ** Matrix -- see Matrix ** Ring -- tensor product
• Matrix ** RingElement -- a binary operator, usually used for tensor product or Cartesian product
• Ideal ** Ring -- see Module ** Ring -- tensor product
• Module ** Ring -- tensor product
• Ring ** Ideal -- see Module ** Ring -- tensor product
• Ring ** Module -- see Module ** Ring -- tensor product
• OneExpression ** TensorProduct (missing documentation)
• Option ** Option (missing documentation)
• Set ** Set -- Cartesian product
• SheafMap ** CoherentSheaf (missing documentation)
• SheafMap ** SheafMap (missing documentation)
• SheafMap ** SheafOfRings (missing documentation)
• SheafOfRings ** SheafMap (missing documentation)
• Matrix ** Matrix -- see tensor(Matrix,Matrix) -- tensor product
• Matrix ** Module -- see tensor(Matrix,Module) -- tensor product
• Module ** Matrix -- see tensor(Matrix,Module) -- tensor product
• Module ** Module -- see tensor(Module,Module) -- tensor product of modules
• Monoid ** Monoid -- see tensor(Monoid,Monoid) -- tensor product of monoids
• Ring ** Ring -- see tensor(Monoid,Monoid) -- tensor product of monoids
• RingMap ** Matrix -- see tensor(RingMap,Matrix) -- tensor product via a ring map
• RingMap ** Module -- see tensor(RingMap,Matrix) -- tensor product via a ring map
• TensorProduct ** Expression (missing documentation)
• TensorProduct ** Holder (missing documentation)
• TensorProduct ** OneExpression (missing documentation)
• TensorProduct ** TensorProduct (missing documentation)
• Thing ** Expression (missing documentation)
• Vector ** Vector -- tensor product
• VirtualTally ** VirtualTally -- Cartesian product of tallies

For the programmer

The object ** is a keyword.

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