**Hopf** may refer to:

- Eberhard Hopf (1902–1983), Austrian mathematician.
- Hans Hopf (1916–1993), German tenor
- Heinz Hopf (1894–1971), German mathematician.
- Heinz Hopf (actor) (1934–2001), Swedish actor.
- J. R. Hopf (1982– ), baseball player.
- Ludwig Hopf (1884–1939), German physicist.
- Maria Hopf (1914–), German botanist and archaeologist.

This page or section lists people with the surname Hopf. If an internal link intending to refer to a specific person led you to this page, you may wish to change that link by adding the person's given name(s) to the link. |

### Other articles related to "hopf":

Ludwig

... Ludwig

**Hopf**... Ludwig

**Hopf**(1884 in Nürnberg, Germany – December 21, 1939 in Dublin, Ireland) was a German theoretical physicist who made contributions to mathematics, special relativity ...**Hopf**studied under Arnold Sommerfeld at the University of Munich, where he received his Ph.D ... Shortly after this, at a physics conference in Salzburg, Sommerfeld introduced**Hopf**to Albert Einstein ...Compact Quantum Group - Formulation

... Strictly speaking, this does not make into a

... Strictly speaking, this does not make into a

**Hopf**algebra, unless is finite ... of G can be used to generate a *-subalgebra of which is also a**Hopf***-algebra ... It follows that the *-algebra generated by for all and for all is a**Hopf***-algebra the counit is determined by for all (where is the Kronecker delta), the antipode is, and the unit is given by ...Supersymmetry As A Quantum Group - Unitary (-1)

... We have the two dimensional

*F*Operator... We have the two dimensional

**Hopf**algebra generated by (-1)F subject to with the counit and the coproduct and the antipode Thus far, there is nothing supersymmetric ...Braided

... For any braided

**Hopf**Algebra - Radford's Biproduct... For any braided

**Hopf**algebra R in there exists a natural**Hopf**algebra which contains R as a subalgebra and H as a**Hopf**subalgebra ... It is called Radford's biproduct, named after its discoverer, the**Hopf**algebraist David Radford ...Main Site Subjects

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