Examples of using Time evolution in English and their translations into Japanese
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A 1D time evolution model.
This property is usually referred to as unitarity of time evolution.
The time evolution operator must be unitary.
Implicitness makes solving the equations for time evolution more difficult.
Figure 4 shows the time evolution of global mean surface pressure.
This opens up a new possibility of studying the time evolution of this process.
The time evolution of X and V is called a trajectory.
We will get a full history of the time evolution of[67 P's] plasma environment.
The time evolution of X{\displaystyle X} and V{\displaystyle V} is called a trajectory.
Where e^{-iHt/\hbar} is called the time evolution operator, and H is the Hamiltonian.
The courses will deal with linear algebra, the Monte Carlo method,partial differential equations and other mathematical topics relating to time evolution.
This application also supports time evolution, and can treat models with long-range interactions.
The group has successfully detected the optical and near-infrared counterpart of GW170817 andfollowed the time evolution of its brightness.
If we can measure the time evolution of dark matter, we have to look at the era when dark matters dominated the expansion of the universe.
Such unitary groups are especially important for describing time evolution in classical and quantum mechanics.
Good time resolution, so that the time evolution of transient signals can be studied(essential for supernova neutrinos, and important for other astrophysical sources);
Where e- i H t/ ℏ{\displaystyle e^{-iHt/\hbar}}is called the time evolution operator, and H is the Hamiltonian.
The time evolution of a quantum state is described by the Schrödinger equation, in which the Hamiltonian(the operator corresponding to the total energy of the system) generates time evolution. .
Only by employing new sophisticated methods of attosecondphysics it has become possible to study the time evolution of these processes.".
Body text Nuclear resonantscattering is a unique technique to study the time evolution of the hyperfine interactions in real time with the range from nsec to microsec.
The time evolution of the color and brightness of the object at the origin of the gravitational waves were too rapid to be a supernova, but matched the simulations of a kilonova made by the ATERUI supercomputer at the National Astronomical Observatory of Japan.
If the Hamiltonian is dependent on time, but the Hamiltonians at different times commute,then the time evolution operator can be written as.
For your reference, below is a sample of themes undertaken by my students in the past:・Eddy-internal wave interactions・Eddy pairshape due to strong tidal currents and time evolution that follows・Influence on thermohaline circulation from time variations of tidal mixing in the Kuril Islands region・Instability and vertical mixing caused by large amplitude lee winds created from tidal currents Doctoral dissertation.
For effective models of one-dimensional quantum systems and impurity systems, this application can treat not only physical quantities of ground states butalso time evolution and finite-temperature physical quantities.