Sentences with phrase «center of the planet»

But when it comes to the very center of the planet, this blueprint is sorely incomplete.

The exact structure and composition of what lies at the very center of our planet, nearly 3,000 miles beneath our feet, has long remained one of the world's deepest mysteries.

The Great Red Spot appears distinctively at the lower center of the planet as a cold region with a thick cloud layer.

In fact the magnetic dipole is shifted from the center of the planet towards the south rotational pole by as much as one third of the planetary radius.

Below that, a nearly 2,300 - kilometer layer of ice stretches almost halfway to the center of the planet.

Those invisible particles could tunnel, like cosmic rays, to the center of our planet.

More than 99 percent of Earth's gold is missing — it all sank to the center of the planet billions of years ago.

Below the mantle is the outer core, composed of liquid, molten iron and nickel, which envelopes an inner core of solid iron at the center of the planet.

According to research conducted by The University of Texas at Austin, evidence points to the downwards percolation of molten metal toward the center of the planet through tiny channels between grains of rock.

New research from The University of Texas at Austin adds evidence to a theory that claims the metallic cores of rocky planets like Earth were formed when molten metal trapped between grains of silicate rock percolated to the center of the planet during its early formation.

On top of that, the magnetic field does not go directly through the center of the planet, so the strength of the magnetic field varies dramatically across the surface.

The center of our planet is 3,958.7 miles beneath our feet.

The prevailing theory holds that material from a disk slowly congeals into masses that make up the centers of planets.

By duplicating the extreme heat and pressure at the Earth's core, a European research team has determined that the temperature of the center of our planet is close to 11,000 degrees Fahrenheit — nearly 2,000 degrees hotter than previously thought.

The data described in this work are among the first tests for predictions made in the early days of quantum mechanics, more than 80 years ago, which are routinely used to describe matter at the center of planets and stars.While agreement between these new data and theory are good, there are important differences discovered, suggesting potential hidden treasures in the properties of diamond compressed to such extremes.

But it's difficult to figure on an earth - sized scale how this could have happened, how a nucleation enhancing solid could have found its way to the center of the planet to allow for the hardening (and expansion) of the inner core, Huguet said.

Alternatively, something different has to be added to the liquid metal of the core - at the center of the planet - that substantially reduces the amount of required supercooling.

Tiny regions of compositionally distinct rock (red material, known as ultra-low velocity zones), collect at Earth's core - mantle boundary (tan surface), nearly halfway to the center of our planet.

For practical purposes, then, the center of the planet, which lies 6,380 kilometers below us, is farther away than the edge of our solar system.

The light material floats to the top while the heavy elements, such as iron and nickel, sink to the center of the planet.

«After the carbon atoms clump together and form diamonds, they fall down very, very slowly towards the center of the planet over many millions of years,» said Glenzer.

These points are in the center of the planet at its ends.

A planet's axis is an imaginary line that runs through the center of the planet and connects the north and south poles.

The pull of gravity emanates from the center of the planet, so this will require using brand - new tactics.»