GP
1
7.3
- noun
- /dʒiː piː/
- Specialized
:
proceso gaussiano
- JILA theorists Murray Holland and John Cooper modeled this experiment by using the GP equation to calculate the evolution of a condensate after the trap had been turned off.
- GP equation
Examples
-
However, we found that for small numbers of atoms, there are stable solutions of the GP equation for trapped condensates with negative scattering lengths.
Academic text (1999) -
These excitation frequencies can be theoretically determined by examining the frequencies of small oscillations around a stationary solution of the GP equation.
Academic text (1999) -
In this procedure, one starts with a static solution to the time-independent GP equation.
Academic text (1999) -
Two diverse examples demonstrate the usefulness of the GP equation.
Academic text (1999) -
In other words, the equations that predict these frequencies can be found by performing a linear-response analysis on the GP equation.
Academic text (1999) -
Researchers used the GP model to analyze the data and make predictions about future trends.
-
The team implemented a new GP method to improve the accuracy of their statistical forecasts.
-
By employing a GP, they were able to quantify the uncertainty in their predictions effectively.
Compounds
Surface Forms
Etymology
GP stands for Gaussian process, named after the mathematician Gauss, and Gaussian often describes a 'bell-shaped' curve while process means a 'way to model' how things change. So a GP is a model used in statistics and machine learning that makes predictions and shows how sure it is about them.