inner_product

introduction

%%visits: 2 ## intuition The property sequilinearity ( a generalisation of bilinearity) is implied. This is a + b, ⟩ = a*, ⟩ + b*, yhat ## rigour inner_produc := A map is an inner_product, Where V ∈ ℂn is a finite vector. V × V → ℂ given by, $\left( \hat{x},\hat{y} \right)\to \left< \hat{x,\hat{y}} \right>$ is an inner product if. - , * = ⟨,  - , a + b* = a, ⟩ + b, 
- , ⟩ ≥ 0 and $\left< \hat{x},\hat{x}\right> = 0 \implies \hat{x} = \hat{0}$

exam clinic

examples and non-examples

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tags :math:

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