Title: Complex Matrix -- from Wolfram MathWorld
Open Graph Title: Complex Matrix -- from Wolfram MathWorld
X Title: Complex Matrix -- from Wolfram MathWorld
Description: A matrix whose elements may contain complex numbers. The matrix product of two 2×2 complex matrices is given by (1) where R_(11) = u_(11)x_(11)+u_(21)x_(12)-v_(11)y_(11)-v_(21)y_(12) (2) R_(12) = u_(12)x_(11)+u_(22)x_(12)-v_(12)y_(11)-v_(22)y_(12) (3) R_(21) = u_(11)x_(21)+u_(21)x_(22)-v_(11)y_(21)-v_(21)y_(22) (4) R_(22) = u_(12)x_(21)+u_(22)x_(22)-v_(12)y_(21)-v_(22)y_(22) (5) I_(11) = v_(11)x_(11)+v_(21)x_(12)+u_(11)y_(11)+u_(21)y_(12) (6) I_(12) =...
Open Graph Description: A matrix whose elements may contain complex numbers. The matrix product of two 2×2 complex matrices is given by (1) where R_(11) = u_(11)x_(11)+u_(21)x_(12)-v_(11)y_(11)-v_(21)y_(12) (2) R_(12) = u_(12)x_(11)+u_(22)x_(12)-v_(12)y_(11)-v_(22)y_(12) (3) R_(21) = u_(11)x_(21)+u_(21)x_(22)-v_(11)y_(21)-v_(21)y_(22) (4) R_(22) = u_(12)x_(21)+u_(22)x_(22)-v_(12)y_(21)-v_(22)y_(22) (5) I_(11) = v_(11)x_(11)+v_(21)x_(12)+u_(11)y_(11)+u_(21)y_(12) (6) I_(12) =...
X Description: A matrix whose elements may contain complex numbers. The matrix product of two 2×2 complex matrices is given by (1) where R_(11) = u_(11)x_(11)+u_(21)x_(12)-v_(11)y_(11)-v_(21)y_(12) (2) R_(12) = u_(12)x_(11)+u_(22)x_(12)-v_(12)y_(11)-v_(22)y_(12) (3) R_(21) = u_(11)x_(21)+u_(21)x_(22)-v_(11)y_(21)-v_(21)y_(22) (4) R_(22) = u_(12)x_(21)+u_(22)x_(22)-v_(12)y_(21)-v_(22)y_(22) (5) I_(11) = v_(11)x_(11)+v_(21)x_(12)+u_(11)y_(11)+u_(21)y_(12) (6) I_(12) =...
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| DC.Title | Complex Matrix |
| DC.Creator | Weisstein, Eric W. |
| DC.Description | A matrix whose elements may contain complex numbers. The matrix product of two 2×2 complex matrices is given by (1) where R_(11) = u_(11)x_(11)+u_(21)x_(12)-v_(11)y_(11)-v_(21)y_(12) (2) R_(12) = u_(12)x_(11)+u_(22)x_(12)-v_(12)y_(11)-v_(22)y_(12) (3) R_(21) = u_(11)x_(21)+u_(21)x_(22)-v_(11)y_(21)-v_(21)y_(22) (4) R_(22) = u_(12)x_(21)+u_(22)x_(22)-v_(12)y_(21)-v_(22)y_(22) (5) I_(11) = v_(11)x_(11)+v_(21)x_(12)+u_(11)y_(11)+u_(21)y_(12) (6) I_(12) =... |
| DC.Subject | 15 |
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| DC.Format | text/html |
| DC.Identifier | https://mathworld.wolfram.com/ComplexMatrix.html |
| DC.Language | en |
| DC.Publisher | Wolfram Research, Inc. |
| DC.Relation.IsPartOf | https://mathworld.wolfram.com/ |
| DC.Type | Text |
| og:image | https://mathworld.wolfram.com/images/socialmedia/share/ogimage_ComplexMatrix.png |
| og:type | website |
| twitter:card | summary_large_image |
| twitter:image:src | https://mathworld.wolfram.com/images/socialmedia/share/ogimage_ComplexMatrix.png |
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