MatSci-SAM
Appearance
AccountLogin
Source vocabulary: ID4
Other definitions for density functional theory (dft)
0
Definition 3

density functional theory (dft)

https://w3id.org/matsci-sam/vocabulary/id4/density_functional_theory_dft/definitions/3
Definition

Density functional theory (DFT) is a computational modeling method that uses electron density as the fundamental variable to approximate the ground-state electronic structure of many-body systems, replacing the complex many-electron wavefunction with a functional of the density to simplify the solution of the Schrödinger equation.

Loading examples…

Tags
No tags assigned

Changes in this revision

Compared with Definition 2, revision 1, the source of this proposal.

Source comparison
inserted textdeleted text

Density functional theory (DFT) is a computational Added: modeling method that uRemoved: tilizAdded: ses electron Removed: charge densitiesAdded: density as the fundamental variable to approximate the ground-state electronic structure Removed: and properties of materials, bypassing the explicitAdded: of many-body systems, replacing the complex many-electron wavefunction with a functional of the density to simplify the solution of the Removed: many-body Schrödinger equation.

Added
+164 characters
Removed
−82 characters
Length
250332(+82)
Definition edit magnitude
0.411

The magnitude runs from 0 for unchanged text to 1 for complete replacement. It measures definition wording only—not authorship, quality, or community impact.

Propose a change

Suggest a revision to this candidate, or propose a separate replacement for people to compare and vote on.

Revision history

Every published revision keeps its text, editor, change note, and community vote tally. Examples have their own contribution history above.

  1. Revision 1CurrentAI-assisted contributiongemma4:26bscore 0

    AI-assisted suggested revision

    Christopher RauchSep 8, 2026

Comments

Discuss this definition with the community. A comment records what you write without changing the definition.

No comments yet. Be the first to comment below.