Dirac equation

Summary

Dirac equation is a relativistic wave equation^[1]. It draws 877 Wikipedia views per month (relativistic_wave_equation category, ranking #1 of 3).^[2]

Key Facts

• Dirac equation is credited with the discovery of Paul Dirac^[3].
• Dirac equation's image is recorded as Dirac equation (4089777873).jpg^[4].
• Dirac equation's instance of is recorded as relativistic wave equation^[5].
• Paul Dirac is named after Dirac equation^[6].
• Dirac equation's GND ID is recorded as 4150116-0^[7].
• Dirac equation's Library of Congress authority ID is recorded as sh85038246^[8].
• Dirac equation's Bibliothèque nationale de France ID is recorded as 119785327^[9].
• Dirac equation's BNCF Thesaurus ID is recorded as 3007^[10].
• Dirac equation's Freebase ID is recorded as /m/09t7j^[11].
• Dirac equation's topic's main category is recorded as Category:Dirac equation^[12].
• Dirac equation's Dewey Decimal Classification is recorded as 539.72112^[13].
• Dirac equation's described by source is recorded as Armenian Soviet Encyclopedia^[14].
• Dirac equation's Encyclopædia Britannica Online ID is recorded as science/Dirac-equation^[15].
• Dirac equation's Encyclopædia Britannica Online ID is recorded as topic/Diracs-theory^[16].
• Dirac equation's Stack Exchange tag is recorded as https://physics.stackexchange.com/tags/dirac-equation^[17].
• Dirac equation's different from is recorded as Dirac delta function^[18].
• Dirac equation's defining formula is recorded as i\hbar\frac{\partial \Psi}{\partial t} = (c\hat \boldsymbol \alpha \cdot \hat \boldsymbol p + mc^2\hat \beta)\Psi^[19].
• Dirac equation's MathWorld ID is recorded as DiracEquation^[20].
• Dirac equation's Great Russian Encyclopedia Online ID is recorded as 1957887^[21].
• Dirac equation's Quora topic ID is recorded as Dirac-Equation^[22].
• Dirac equation's JSTOR topic ID is recorded as dirac-equation^[23].
• Dirac equation's nLab ID is recorded as Dirac equation^[24].
• Dirac equation's Great Norwegian Encyclopedia ID is recorded as Dirac-likningen^[25].
• Dirac equation's Elhuyar ZTH ID is recorded as 136682^[26].
• Dirac equation's derivative work is recorded as Dirac equation in curved spacetime^[27].

Body

Works and Contributions

Dirac equation is credited with the discovery of Paul Dirac^[3].

Why It Matters

Dirac equation draws 877 Wikipedia views per month (relativistic_wave_equation category, ranking #1 of 3).^[2] It has Wikipedia articles in 27 language editions, a strong signal of global cultural recognition.^[28] It is known by 19 alternative names across languages and contexts.^[29]