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Show that the definition of a Hermitian matrix (A=At)can be writtenrole="math" localid="1658814044380" aij=a¯ji(that is, the diagonal elements are real and the other elements have the property thata12=a¯21, etc.). Construct an example of a Hermitian matrix.

Short Answer

Expert verified

The Hermitian matrix isA=AT

Step by step solution

01

Given information.

To show that the definition of a Hermitian matrix A=A*can be written aij=aji(that is, the diagonal elements are real and the other elements have the property that a12=a21, etc.). Construct an example of a Hermitian matrix.

02

Hermitian matrix

A Hermitian matrix is one in which the conjugate transpose of a complex square matrix is equal to itself.

03

Prove that the Hermitian matrix is A=AT.

By definition, A=AT.

Hence the complex conjugate transpose of any matrix A is equal to A.

A contains the element aij.

Where,

represent rows and j represent columns.

Transpose means rows and columns getting interchanged.

Performing transpose operation,

localid="1658814788983" aij=aji

Its complex conjugate is,

aij=a¯ji.

The example for Hermitian matrix is,

A=11-i21+i3i2-i0

Hence,

AT=A

AT=A

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