Sentences with phrase «highest angular momentum»

Perhaps when the normal peak of the solar cycle lines up with the highest angular momentum from Jupiter and Saturn, then the solar activity is very high.

The giant - impact theory can account for the high angular momentum of the Earth - moon system, which is greater than that of any known planet - satellite system.

It may be over 9.1 billion years old Edvardsson et al, 1993, page 124; and NG and Bertelli, 1998), and it also has a relatively high angular momentum around the galaxy (Bell et al, 1977).

These high angular momentum periods are from 1 or 2 planetary alignments that occur just before grand minima as the angular momentum builds every 172 avg yrs.

The alternate theories primarily suffer from not being able to readily explain the high angular momentum of the Earth - Moon system.

Not exact matches

He set up his experiment to measure spin angular momentum of photons in high vacuum, with measurements based on the rotation of a two - inch diameter wave plate — a device that can alter the polarization state of light passing through it.

This is in stark contrast with the conditions found in spirals, where most of the gas ending up in stars had an angular momentum appreciably higher.

Spiral galaxies are found to be strongly rotating, with an angular momentum higher by a factor of about 5 than ellipticals.

It is a concept that arises in quantum mechanics that can be thought of as being similar to angular momentum: in this sense higher spin corresponds to the quarks orbiting each other faster than those with a lower spin.

During the talk, we will illustrate how the immense advantage of having long - term uninterrupted high - precision data from space implies huge progress in the probing of stellar physics in general, and in the measurement of internal rotation and angular momentum in particular.

«The angular momentum that resides in typical interstellar clouds is many orders of magnitude higher than the angular momentum we compute for the relatively slowly spinning young stars; where and how has the protostar shed that angular momentum during contraction?

Even if some theory could explain the Moon's high orbital inclination and angular momentum, other problems remain.

One high school physics teacher included pre-recorded clips of dancers and figure skaters spinning in circles to explain angular momentum.

The colder the pole, the stronger the high, and the faster the northward motion of the air, and the sooner it can get north before picking up angular momentum from the friction against earth's surface.

4) I say that when air moves from a location with high rotational velocity (m / s following a circumference) to a location with a low angular velocity, the air will conserve angular momentum and hence be diverted at right angles to the the initial impetus, resulting (at the poles) in a vortex around the pole.

The atmosphere gains angular momentum from the equatorial surface, transfers it to higher latitudes by general circulation, and delivers angular momentum back to the surface at higher latitudes.

The ice that was at higher latitudes contributes less angular momentum than the water that is now at lower latitudes.

Near equator angular momentum is transferred to the atmosphere, at higher latitudes the opposite effect persists, there are limits in what this combination may sustain.

I think we can see that from the graph, as those cyles better lined up with the angular momentum curve are generally higher, unless there has been an angular momentum disturbance and also depending on the amount of angular momentum?

Some might ask why the angular momentum is so high in 1880 right near the opposition of N+U?

On the topic of the 2400 year solar cycle, the paper suggests that the sun will enter a 370 year period of high activity between AD2242 and AD2610, like that of the Roman Warming Period, consistent with JPL angular momentum data and your predictions of solar activity for the next 1000 years.

Could you please explain to me how to identify when Angular Momentum is at its highest and when the sun goes into Grand Minima using this solar motion application?

Answer: All planets create angular momentum and in 1882 they are nearly all lined up except U. Most notable is that there are no high peaks during times of reduced momentum.

Good programming for such simulations first requires a careful analysis of the Hamiltonian for conservation laws fixing various relations among the variables (not merely simple energy and momentum conservation but also higher order symmetries, distributions, dimensional and angular limits, boundary conditions, attractors and so forth).

I.e. pushing the high altitude air flow off from the equator does not lead only to the fact that the air moves faster than surface below but to the fact that it's absolute speed increases maintaining the same angular momentum around the Earth axis with a smaller radius.

But it defines a spacing between the two lows in solar activity and the two highs in angular momentum perturbation of 2500 years.