Sentence examples for numerous fields of science from inspiring English sources

Numerous fields of science, including IT, mechanical engineering, medicine, and many others, are already profiting from its achievements.

Such processes can be observed in numerous fields of science and technology: control theory, population dynamics, biotechnologies, industrial robotics, etc. [1].

During the last three decades or so, due to its demonstrated applications in numerous fields of science and engineering, such as viscoelasticity, neurons, electrochemistry, control, etc. [1 6], more attention was paid to the fractional differential equations.

During the last three decades or so, due to its demonstrated applications in numerous fields of science and engineering, such as viscoelasticity, neurons, electrochemistry, control (see [4 9]), more attention was paid to the fractional differential equations.

Fractional differential equations as an application of fractional calculus have recently been viewed as a useful mathematical model applied in numerous fields of science and engineering (see [2 11]).

During the past two decades, fractional differential equations have been proved to be one of the most effective tools in the modeling of numerous fields of science, physics, engineering and so on.

The aim of this conference was to bring together researchers and scientists, businessmen and entrepreneurs, teachers, engineers, computer users, and students to discuss the numerous fields of computer science, to share their experiences and to exchange new ideas and information in a meaningful way.

Highlighting correct predictions, and ignoring numerous incorrect predictions, is a classic "selection bias" statistical error, one that afflicts numerous fields of modern science and technology.

It has several uses in numerous fields of engineering and science.

The concept of entropy has been widely employed in numerous fields of research e.g., social sciences, economics, physical sciences, etc. based on a mathematical theory of communication proposed by Claude Shannon (1948).

One can find applications of the subject in numerous fields of physical and technical sciences such as biomathematics, blood flow phenomena, ecology, environmental issues, viscoelasticity, aerodynamics, electro-dynamics of complex medium, electrical circuits, electron-analytical chemistry, control theory, etc.