Sentences with phrase «of physical systems»

The team is now working on computer simulations that, based on this mathematical model, can predict the behavior of physical systems.

It is a symbolic representation of particular aspects of a physical system, and its chief use is to predict the behaviour of the latter.

The phenomenon of resonance is present in all types of physical systems.

Sometimes the same mathematical model is applicable to two different kinds of physical system, and one system is said to be a model of the other.

So using it in the context of physical systems is somewhat hard.

This is why the behaviour of a physical system can be predicted — even the brain, in principle.

Can catastrophe theory explain the properties of school reform as well as the dynamics of physical systems?

A measure of the ability of a substance, or more generally of any physical system, to transfer heat energy to another physical system.

If the presence of X favors the production of more X, this is a positive feedback, regardless of the physical system.

Trained in physics and mathematics, his early research interests were on the behavior of physical systems.

I have 25 + years systems and software engineering experience, and enough wit to know how difficult it is to model any sort of physical system.

According to the principles of quantum theory, even complete information about the state of a physical system at one time does not determine its future behavior, except in a probabilistic sense.

In particular, Mays interprets Process and Reality in light of two central notions: «the postulational method of modern logic with its emphasis on complex relational systems, and the field theory of modem physics with its emphasis on the historicity of physical systems» (PW 20/14).

There are many examples of emergent, overarching constraints that govern the interactions among the parts of a physical system and thus alter the distribution of energy within the system.

Furthermore, it is pretty well established that objective properties of physical systems do not always even exist independent of an observer - in a sense, they come into being through the action of the observer.

Computer crash - test programs simulate the dynamic behavior of physical systems involved in a collision and assess the injuries sustained by the occupant.

«We're putting more and more elements of the physical system into equations in the model,» Meehl says, «and it hopefully all interacts and produces something that looks like the world we're living in.»

The algorithm of Koch - Janusz and Ringel provides a qualitatively new approach: the internal data representations discovered by suitably designed machine - learning systems are often considered to be «obscure», but the results yielded by their algorithm provide fundamental physical insight, reflecting the underlying structure of physical system.

Individual exceptional points are a peculiar phenomenon unique to an unusual class of physical systems that can lead to counterintuitive phenomena.

We utilize an unusual topological feature associated with exceptional points of a physical system to enhance the response of an optical sensor to very small perturbations, such as those introduced by nanoscale objects.

The Quantum Internet Quantum networks offer opportunities for the exploration of physical systems that have not heretofore existed in the natural world with applications to quantum computation, communication, and metrology.

simulation A model, often made using a computer, of some conditions, functions or appearance of a physical system.

As a natural scientist I have always be excited by Heisenberg's Uncertainty Principle that, roughly speaking, says that in the quantum world exact simultaneous values to the position and momentum of a physical system can not be assigned.

The landscapes I document evidence earthly processes; they are manifestations of the physical systems that determine the natural, «real» world.

But the point is, such variability makes modeling even harder, for not only are the general parameters of the physical system necessary to get right, but, if prediction is a goal, actually TRACKING the actual realization Earth is taking is part of the job.

When considered alongside research on past shifts in Arctic flora and fauna, a picture emerges of a physical system that amplifies warm or cool jogs and a biological system attuned to such changes.

It sought a complementarity between thermodynamics and quantum mechanics by means of star - hermitian operators and the view that it is the instability of a physical system that is responsible for the amplification and collapse of the wave function.

The quantum state of the physical system is encoded in a so - called neural network, and learning is achieved in small steps by translating the current state of the network into predicted measurement probabilities.

However, Liu has observed that in certain kinds of physical systems, it is very difficult to create and use entanglement, and shows in his paper that this obstacle turns out to be an advantage: Liu presents a mathematical proof that if an adversary is unable to use entanglement in his attack, that adversary will never be able to retrieve both messages from the qubits.