Interpreting the neutron's electric form-factor: Rest frame charge distribution or Foldy term?

Object Type: Asset
In Folder: Papers

Expand to show object metadata

Interpreting the neutron's electric form-factor: Rest frame charge distribution or Foldy term?

The neutron's electric form factor contains vital information on nucleon structure, but its interpretation within many models has been obscured by relativistic effects. I demonstrate that, to leading order in the relativistic expansion of a constituent quark model, the Foldy term cancels exactly against a contribution to the Dirac form factor F_1 to leave intact the naive interpretation of G^n_E as arising from the neutron's rest frame charge distribution.

Encoded Archival Description - Header

Identifier: EAD Identifier

Title Proper of the Finding Aid: Title

Creation Date:

Descriptive Rules: Rules/conditions (protocols used for description)

Encoded Archival Description

Encoded Archival Description - Identification

Unit Title: Interpreting the neutron's electric form-factor: Rest frame charge distribution or Foldy term?

Created:

Creator: Isgur, Nathan

Physical Description: Extent and media

Language: en

Biography or History: Administrative/biographical history

Custodial History: Archival history

Acquisition Information: Immediate source of acquisition

Scope and Content: Scope and content

Appraisal Information: Appraisal, destruction and schedul ing info

Accruals: Accruals (yes/no, quantity and frequency)

Arrangement: System of arrangement

Conditions Governing Access: Conditions governing access

Conditions Governing Use: Conditions governing reproduction

Physical Characteristics and Technical Requirements: Physical characteristics / technical requirements

Other Finding Aid: Finding aids

Location of Originals: Location of originals

Alternative Form Available: Location of copies

Related Material: Related records

Bibliography: Publication note

Other Descriptive Data: JLAB-THY-98-48, hep-ph/9812243Phys.Rev.Lett. 83 (1999) 272-275https://doi.org/10.1103/PhysRevLett.83.272

Processing Information: Archivist's notes

Show more ▼