Keyboard graph navigation: press N for concepts or E for relations; use arrow keys, Home, and End to move; Enter selects; Shift plus Enter selects and centers; plus and minus zoom; zero fits; Escape clears the selection. Use the visible viewport buttons as alternatives to dragging, wheel, and pinch gestures.
Canonical static concept record
Open this concept in the interactive graphRead the Markdown equivalent
The effective interaction among nucleons, including two-nucleon and three-nucleon terms. Its long-range part is governed by pion exchange, while shorter-range operators are organized and fitted within nuclear effective field theory.
wp-physics-residual_strong_interactionnlab-physics-residual_strong_interactionepelbaum-nuclear-eftmachleidt-entem-nuclear-forcesEach relation below ends at this concept.
This is an authored directed relation from the source endpoint to the target endpoint.
Approximate isospin symmetry organizes nuclear forces and spectra, with breaking from electromagnetism and quark-mass differences.
A theory, law, or interaction describes the behavior of the target within a stated regime. The edge detail must state important limits or qualifications.
epelbaum-nuclear-eftmachleidt-entem-nuclear-forcesThis is an authored directed relation from the source endpoint to the target endpoint.
Nuclear EFT organizes two-, three-, and higher-nucleon forces and currents by power counting.
A theory, law, or interaction describes the behavior of the target within a stated regime. The edge detail must state important limits or qualifications.
wp-physics-residual_strong_interactionnlab-physics-residual_strong_interactionwp-physics-effective_field_theorynlab-physics-nuclear-eftThis is an authored directed relation from the source endpoint to the target endpoint.
One-pion exchange is the leading long-range nuclear-force component.
The source supplies a substantive formal ingredient, dynamical sector, law, field content, or mechanism of the target theoretical framework.
wp-physics-residual_strong_interactionnlab-physics-residual_strong_interactionThis is an authored directed relation from the source endpoint to the target endpoint.
The nuclear force is the residual strong interaction in the nucleon sector.
A more specific theory, model, entity class, or regime is obtained by restricting or extending the scope of a broader framework.
wp-physics-residual_strong_interactionnlab-physics-residual_strong_interactionEach relation below starts at this concept.
This is an authored directed relation from the source endpoint to the target endpoint.
Effective nuclear forces bind many nuclei against nucleon separation, opposed by proton Coulomb repulsion and modified by quantum statistics.
The source field, particle, charge, current, or interaction couples to, acts on, binds, forms, or stabilizes the target in the stated regime. The edge label and detail must identify the exact coupling, interaction, or binding claim and its qualifications.
wp-physics-atomic_nucleusnlab-physics-atomic_nucleuswp-physics-residual_strong_interactionnlab-physics-residual_strong_interactionThis is an authored directed relation from the source endpoint to the target endpoint.
The deuteron is the shallow bound state of the proton–neutron interaction.
The source field, particle, charge, current, or interaction couples to, acts on, binds, forms, or stabilizes the target in the stated regime. The edge label and detail must identify the exact coupling, interaction, or binding claim and its qualifications.
wp-physics-deuteroniaea-livechartwp-physics-residual_strong_interactionnlab-physics-residual_strong_interactionThis is an authored directed relation from the source endpoint to the target endpoint.
The nucleon–nucleon interaction is the two-body sector of nuclear forces.
A more specific theory, model, entity class, or regime is obtained by restricting or extending the scope of a broader framework.
wp-physics-residual_strong_interactionepelbaum-nuclear-eftnlab-physics-residual_strong_interaction