Each relation below ends at this concept.
This is an authored directed relation from the source endpoint to the target endpoint.
- Relation ID
alpha_particle_to_alpha_decay- Relation type
- Transformation / process
transformation-process - Direction
- source → target
- Endpoint roles
- source: Can transform into / produce; target: Produced or reached from
- Authored annotation
- emitted alpha particle
Authored explanation
Alpha decay produces a helium-4 nucleus (alpha particle) and a daughter nuclide, with the cluster escaping through quantum tunneling.
How to interpret this relation type
A physical process transforms the source into, or produces, the target under the conditions stated in the edge detail.
This is an authored directed relation from the source endpoint to the target endpoint.
- Relation ID
neutron_to_alpha_particle- Relation type
- Physical constitution / realization
composition - Direction
- source → target
- Endpoint roles
- source: Constitutes / realizes; target: Constituted / realized by
- Authored annotation
- two neutron constituents
Authored explanation
An alpha particle contains two neutrons.
How to interpret this relation type
The source is a material constituent, structural component, or underlying quantum field whose excitation realizes the target physical system or particle. The edge label and detail must distinguish composition from field excitation; neither implies a simple classical sum of parts.
This is an authored directed relation from the source endpoint to the target endpoint.
- Relation ID
nucleus_to_alpha_particle- Relation type
- Physical constitution / realization
composition - Direction
- source → target
- Endpoint roles
- source: Constitutes / realizes; target: Constituted / realized by
- Authored annotation
- two proton constituents
Authored explanation
An alpha particle contains two protons.
How to interpret this relation type
The source is a material constituent, structural component, or underlying quantum field whose excitation realizes the target physical system or particle. The edge label and detail must distinguish composition from field excitation; neither implies a simple classical sum of parts.