# Numerical Shadow

The web resource on numerical range and numerical shadow

### Site Tools

aux-definitions:dirac-notation

# Differences

This shows you the differences between two versions of the page.

 aux-definitions:dirac-notation [2014/02/04 02:11]lpawela aux-definitions:dirac-notation [2018/05/22 14:58] (current)plewandowska Both sides previous revision Previous revision 2018/05/22 14:58 plewandowska 2014/02/04 02:11 lpawela 2013/05/17 09:30 lpawela 2013/05/16 23:05 lpawela 2013/05/16 23:04 lpawela 2013/05/16 23:04 lpawela 2013/05/16 23:04 lpawela 2013/05/16 23:04 lpawela 2013/05/08 12:05 lpawela 2013/05/08 12:04 lpawela 2013/05/07 13:50 lpawela 2013/05/07 13:30 lpawela 2013/04/16 11:45 lpawela 2013/04/16 00:10 lpawela definitions:dirac-notation renamed to aux-definitions:dirac-notation2013/04/16 00:10 lpawela created2013/03/03 19:50 lpawela removed2013/02/28 13:07 gawron created 2018/05/22 14:58 plewandowska 2014/02/04 02:11 lpawela 2013/05/17 09:30 lpawela 2013/05/16 23:05 lpawela 2013/05/16 23:04 lpawela 2013/05/16 23:04 lpawela 2013/05/16 23:04 lpawela 2013/05/16 23:04 lpawela 2013/05/08 12:05 lpawela 2013/05/08 12:04 lpawela 2013/05/07 13:50 lpawela 2013/05/07 13:30 lpawela 2013/04/16 11:45 lpawela 2013/04/16 00:10 lpawela definitions:dirac-notation renamed to aux-definitions:dirac-notation2013/04/16 00:10 lpawela created2013/03/03 19:50 lpawela removed2013/02/28 13:07 gawron created Line 7: Line 7: and and  - \bra{\psi}A\ket{\psi} = \braket{\psi}{A\psi} = (A\psi, \psi) \neq (\psi, A\psi) + \bra{\psi}A\ket{\psi} = \braket{\psi}{A\psi} = (A\psi, \psi) \neq (\psi, A\psi).  Note that Note that
aux-definitions/dirac-notation.txt · Last modified: 2018/05/22 14:58 by plewandowska