Sentences with phrase «equations describes»

A system of simultaneous linear equations describes price dynamics of crypto assets, whether they are more «traditional» coins or ICO - related newly issued tokens, pretty well.

«The system of equations describes a non-linear dynamic system.

We must look for differential equations to determine the laws of the field (as Einstein said) because only differential equations describe the infinitesimal, contiguous connections of events.

A scientists comes with with equations describing a possible origin mechanic and then describes the flow of said mechanics along vectors which arrive at the current Standard Model.

The immediate inference to be made from the fact that the four equations described just above lead to a contradiction is either (a) that one or more of the equations is false or (b) that it is somehow illegitimate to combine them algebraically in the way Stapp does in arriving at the contradiction.

In this regard, they develop equations for describing the particles» motion; the solutions to these equations describe the trajectories of these colloidal particles.

And these equations describe it.

Parallel to that, they used a simple lattice gas model coupled with equations describing the intermolecular interactions, otherwise referred to as classical density functional theory.

In that limit he found the equation describing the system is the same as Schrödinger's, with the disk itself being described by the analog of the wave function that defines the distribution of possible positions of a quantum particle.

In this study, the authors have solved the equation describing the effect of solid friction on granular materials for an arbitrary number of dimensions.

The Lotka - Volterra equations describe population dynamics between competing species.

The shape's dimensions — length, width, height and other parameters (hence «multidimensional»)-- represent information about the colliding particles, and the equation describing its volume also describes the particles that emerge from the collision.

And Schrodinger's equation describes atoms, their nuclei, chemical compounds, crystals and many -LSB-...]

And Schrodinger's equation describes atoms, their nuclei, chemical compounds, crystals and many other states of matter.

What emerged was an elegant equation describing how the shape of the string changes over time.

What he was looking for was an equation describing the motion of the pendulums.

In 1928 English physicist Paul Dirac did that with his equation describing an electron in terms of both its wave function (ψ)-- the quantum probability of its being in a particular place — and its mass times the speed of light squared (mc2), a relativistic interpretation of its energy.

The Einstein equation described the curvature of the universe, and it was nonlinear.

That humble equation describing a right triangle led to the invention of coordinate geometry, an essential tool for mapping and measuring the planet.

Laplace's equation describes the motions of an ocean of uniform depth covering a spherical Earth [see illustration].

That fact suggests something is wrong with Standard Model equations describing symmetry between subatomic particles and their antiparticles.

IT HAS taken 140 years, but only now do we have mathematical proof that a seminal equation describing the behaviour of gases is correct.

It's quite common for mathematical equations to have multiple solutions, and as long as the fundamental equations describing our reality do, then eternal inflation generically creates huge regions of space that physically realize each of these solutions.

While classical Smoluchowski equations, which have been known for more than a century, deal with evolution of agglomerates concentration only, the new equations describe the evolution of the agglomerates temperature as well.

Reducing the spatial dimensions of the early Universe avoids the problems with the standard model, because the unwanted infinities arise only for equations describing three dimensions, says Landsberg.

«People have seen these patterns in turbulent flows for centuries, but we're finding ways to relate the patterns to mathematical equations describing fluid flows,» Grigoriev said.

It was this power to shift problems from the QCD perspective to a string theory view that first led some physicists to see a link between the quarks and gluons at RHIC and the equations describing a black hole.

In the»50s, Cahn, along with John Hilliard, a colleague at General Electric, developed an equation describing how the two components of a so - called binary fluid mixture separate.

The equations describing the collision of stellar winds are big, messy, and elaborately interconnected, and trying to solve them with pencil, paper, stamina, and faith is often impossible.

After years of struggle, he pieced together the equations describing gravity, accounting for the odd orbit of Mercury and accurately predicting the bending of starlight passing near the sun.

The result was an equation describing both matter and antimatter in terms of quantum fields.

The researchers» equations describing that range just might be of use to artists today — at least to artists trying to animate realistically clothed characters for video games or cartoons.

Einstein used tensors to develop his equation describing the gravitational field, known as the Einstein field equation.

In November, Einstein described that solution in a letter to physicist Paul Ehrenfest, asserting that equations describing all accelerations simply couldn't exist; some coordinate systems get special status in order to preserve the law of energy - momentum conservation.

During the following week, he finally found the correct form for the equations describing the gravitational field, presenting his result on November 25.

Comparing the concentrations of all three ocean - derived components with satellite measurements of cloud droplets, the researchers developed a new mathematical equation describing how the sulfates and organic matter relate to cloud droplet concentrations.

Pacific Northwest National Laboratory scientists Dr. Sebastien Kerisit and Dr. Chongxuan Liu used molecular dynamics techniques and EMSL's Chinook supercomputer to calculate diffusion trajectories of uranium - containing species based on a set of equations describing the way atoms interact.

So the very existence of matter suggests something is wrong with Standard Model equations describing symmetry between subatomic particles and their antiparticles.

The Exner equation describes the relationship between the sediment that is transported by a river and the sediment that is deposited by a river.

Most commonly, if a person reaches these predictions, yet still doesn't appear muscularly impressive, then he's simply too fat - keep in mind that these equations describe a lean condition.

It's more likely that C is a non-linear function of temperature, and in this case, the equation describing the Hasselmann model would look like:

Perhaps you could write down a few equations describing how the atmosphere as you see it works, so that we'd have something concrete to reflect on, not a mumbo jumbo stew of physical principles misapplied.

'' Amusingly enough, the author interprets the differential equations describing the absorption of infrared light by the atmosphere as a realization of equations of general relativity and discusses a term missed by Arthur Eddington and Arthur Milne around 1922.»

This, by the way, underlays the entire misperception of alarm: the mistaken but implicit presumption that the S - B equation describes how the terrestrial climate responds to some added tropospheric forcing.

How can that be an equilibrium change when your differential equation describes a transient?

No physical equation describing weather uses global mean temperature as an input.

That is what the classical heat equation describes, a purely diffusive system.

Mosher pleads: «By giving up the hoax crap, by ignoring Mann, and by working within the framework that the Equation describes.»

By giving up the hoax crap, by ignoring Mann, and by working within the framework that the Equation describes.

The periods relate to the period of the solar cycle as we find it from solving the equations describing the physics, and to the observed longer - term modulation of said cycle.