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Topolfractal
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What is the quantized form of the strings lagrangian?
Topolfractal said:Time independent equation governs the evolution of the wave function through time.
Ya sorry I hate typos I meant time dependent.Topolfractal said:Time independent equation governs the evolution of the wave function through time.
A string quantized lagrangian is a mathematical framework used in theoretical physics to describe the dynamics of strings in space-time. It is based on the principles of quantum mechanics and general relativity.
A classical lagrangian describes the dynamics of particles in space-time, while a string quantized lagrangian describes the dynamics of strings. The main difference is that the string quantized lagrangian takes into account the quantum nature of strings, while the classical lagrangian only considers the classical behavior of particles.
The string quantized lagrangian is significant because it is a key component of string theory, which is a candidate for a theory of everything that unifies all the fundamental forces in nature. It also provides a way to reconcile quantum mechanics with general relativity.
The string quantized lagrangian is derived from the Polyakov action, which describes the dynamics of a string moving through space-time. This action is then quantized using the principles of quantum mechanics to obtain the string quantized lagrangian.
The string quantized lagrangian is limited in its ability to describe certain phenomena, such as the behavior of strongly interacting systems. It also does not account for the effects of gravity at the quantum level, which is a major challenge in theoretical physics.