To improve detector accuracy, the team developed a new model for the nuclear response function that predicts scattering patterns at high energies.

To analyze a discrete random variable, we often examine its probability mass function to determine the probability assigned to each possible value.

I assigned a macro to the programmed function key to automate the repetitive task.

In molecular simulations, the radial distribution function is calculated to determine how the average particle density varies with distance from a reference atom.

The Schrödinger wave function contains all the information needed to predict the outcomes of measurements on a quantum system.

To customize the report, write a user-defined function that calculates the weighted average from the input data.

In this model, we require a single-valued function so that each input corresponds to exactly one output.

To determine whether a given mapping is a Turing computable function, researchers often construct an explicit Turing machine that halts with the correct output for every input.

To estimate the probability density function of the experimental measurements, we applied kernel smoothing to the sample data.

In the hydrogen atom, the spatial wave function describes the separable spatial part multiplied by e^(iEt/ħ) for a stationary state.