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Hilbert space

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Summary

A complete inner-product space.

Record metadata

Carrier(s)

Data

Axioms / constraints

Notes

A Hilbert space is an inner-product space complete in the induced norm. The Banach-space structure is then canonical and is not an independent input.

Concept sources

Incoming relations (arrows to this concept)

Each relation below ends at this concept.

Inner-product spaceHilbert space

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This is an authored directed relation from the source endpoint to the target endpoint.

Authored explanation

Require completeness for the norm induced by the inner product.

How to interpret this relation type

Keep the existing data and select the subclass satisfying an additional law, existence condition, finiteness condition, or other property.

Relation sources

Outgoing relations (arrows from this concept)

Each relation below starts at this concept.

Hilbert spaceBanach space

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This is an authored directed relation from the source endpoint to the target endpoint.

Authored explanation

The inner product induces a norm, and Hilbert completeness makes the resulting normed space a Banach space.

How to interpret this relation type

Pass canonically from a stronger object to structure it determines, or forget part of the data while retaining a valid weaker structure. The carrier may change under a canonical induced construction.

Relation sources

Hilbert spaceFock space

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This is an authored directed relation from the source endpoint to the target endpoint.

Authored explanation

Fock space is the graded direct sum of tensor powers of a one-particle Hilbert space.

How to interpret this relation type

Apply a standard functorial or canonical construction whose output is not merely a reduct of the input and is not generally an equivalent presentation of the same object.

Relation sources

Hilbert spaceProjective Hilbert space

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This is an authored directed relation from the source endpoint to the target endpoint.

Authored explanation

Quotienting nonzero vectors by nonzero complex scalar multiplication gives projective Hilbert space.

How to interpret this relation type

Apply a standard functorial or canonical construction whose output is not merely a reduct of the input and is not generally an equivalent presentation of the same object.

Relation sources

Hilbert spaceQuantum mechanics

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This is an authored directed relation from the source endpoint to the target endpoint.

Authored explanation

Standard quantum mechanics represents pure states by rays in a complex Hilbert space and observables by operators acting on it.

How to interpret this relation type

A mathematical concept supplies part of the formal language, state space, representation, or analytic machinery used by a scientific or mathematical-physics concept. The source is the mathematical predecessor; this does not claim that physical content follows from mathematics alone.

Relation sources

Hilbert spaceQuantum state

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This is an authored directed relation from the source endpoint to the target endpoint.

Authored explanation

Hilbert spaces supply state vectors, inner products, and completion for quantum theory.

How to interpret this relation type

A mathematical concept supplies part of the formal language, state space, representation, or analytic machinery used by a scientific or mathematical-physics concept. The source is the mathematical predecessor; this does not claim that physical content follows from mathematics alone.

Relation sources

Hilbert spaceRigged Hilbert space

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This is an authored directed relation from the source endpoint to the target endpoint.

Authored explanation

A rigged Hilbert space chooses a dense nuclear or locally convex test space and its dual.

How to interpret this relation type

Equip an existing carrier or structured object with additional chosen data, when such compatible data exists. Use a construction junction when several independently meaningful inputs must coexist on the same carrier or interact compatibly.

Relation sources

Hilbert spaceTensor-product Hilbert space

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This is an authored directed relation from the source endpoint to the target endpoint.

Authored explanation

The algebraic tensor product is completed in its natural Hilbert norm.

How to interpret this relation type

Apply a standard functorial or canonical construction whose output is not merely a reduct of the input and is not generally an equivalent presentation of the same object.

Relation sources