Physicists often study the electromagnetic interaction to understand how charged particles influence each other.

The team revised the interaction design to clarify how the system's behavior, its surrounding environment, related artifacts, and the elements that communicate that behavior should work together.

Theoretical physicists studied how the strong interaction confines quarks within protons and neutrons.

In the magnetron, engineers carefully shape the interaction space to maximize energy transfer between the electron beam and the modulated field.

The Yukawa interaction plays a central role in modeling the nuclear force between nucleons mediated by pions.

The biologists examined several interaction matrixes to map out species relationships in the ecosystem.

In our ecological study, interaction matrices revealed how species pairs influence each other's survival across varying habitats.

Before we begin scheduling tasks, we should create an interaction matrix to map which teams depend on each other.

When calculating transition amplitudes in quantum field theory, it's often most convenient to work in the interaction picture because it separates the free evolution from the effects of interactions.

During the presentation, she highlighted several interaction pictures that demonstrated user behavior across different platforms.