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Wheeler-DeWitt Equation: Theoretical Physics, Functional Derivative, Quantum Gravity -

English
2026-03-15
€171.46 €244.94

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High Quality Content by WIKIPEDIA articles! In theoretical physics, the Wheeler-DeWitt equation is a functional differential equation. It is ill defined in the general case, but very important in theoretical physics, especially in quantum gravity. It is a functional differential equation on the space of three dimensional spatial metrics. The Wheeler-DeWitt equation has the form of an operator acting on a wa ... Full description

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High Quality Content by WIKIPEDIA articles! In theoretical physics, the Wheeler-DeWitt equation is a functional differential equation. It is ill defined in the general case, but very important in theoretical physics, especially in quantum gravity. It is a functional differential equation on the space of three dimensional spatial metrics. The Wheeler-DeWitt equation has the form of an operator acting on a wave functional, the functional reduce to a function in cosmology. Contrary to the general case, the Wheeler-DeWitt equation is well defined in mini-superspaces like the configuration space of cosmological theories. An example of such a wave function is the Hartle-Hawking state. Bryce DeWitt first published this equation in 1967 under the name "Einstein-Schrodinger equation" and was later renamed the "Wheeler-DeWitt equation".

More Information

Publisher OmniScriptum
Release year 2026
Cover type Softcover
EAN 9786131156229
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€171.46 €244.94