Clifton (1995) demonstrated that in certain modal interpretations, possessed properties of composite systems are fully determined by the properties of components under the spectral decomposition rule.

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Clifton (1995)(as an academic citation): A reference to a philosophical or physics paper written by someone named Clifton in 1995; in academic writing, citations like this point to a specific published work that supports or explains an idea.
Components(as used in general philosophy): The basic parts that make something up—like how flour, eggs, and sugar are components of a cake.
Composite systems(in physics and systems theory): Objects or systems made up of multiple smaller parts working together, like how a car is made of an engine, wheels, and other components.
Possessed properties(in metaphysics and ontology): Qualities or characteristics that something actually has (like a ball being red), as opposed to properties it might have under different circumstances.
Spectral decomposition rule(in quantum physics and mathematics): A mathematical method in quantum mechanics that breaks down a system into its basic building blocks or fundamental states to understand what's really going on.
modal interpretations(quantum mechanics interpretation): Interpretations of quantum mechanics that take real states of systems to be closely related to quantum states, diverging from the Copenhagen prescription

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