Sentences with phrase «europa has liquid water»

Further hints that Europa has liquid water — and possibly life — come from Jupiter's intense gravity.

Not exact matches

In the 1990s the Galileo space probe collected convincing evidence that Jupiter's large moon Europa has a global ocean of liquid water beneath its frozen surface.

Enceladus, Europa, Ganymede, Titan, Triton, Pluto, Eris... they may all have, or have had, large oceans of liquid water trapped beneath a frozen crust.

Schimdt has found evidence that warm ocean currents and convective forces beneath Europa's frozen shell can cause large blocks of ice to overturn and melt, bringing vast pockets of water, sometimes holding as much liquid as all of the Great Lakes combined, to within several kilometers of the moon's icy surface.

He notes that Europa may have three times the amount of liquid water found on Earth.

Solving the Puzzle The simple assumption was that any pockets of warm, liquid water would drain downward through the ice and refreeze, but Schmidt had read enough studies to know that would not happen on Europa — the ice below was so thick it was virtually impermeable.

The prime target of NASA's orbiter is Jupiter's moon Europa, which is thought to have an ocean of liquid water beneath its icy shell.

While those calculations suggested liquid water under Europa's surface, «they weren't getting the kinds of heat fluxes that would create these tectonics.

Saturn's moon Enceladus also has a substantial reservoir of liquid water, but the U.S. scientific community, in its most recent decadal survey, prioritized studying Europa, which is nearer.

Europa's ocean, with perhaps twice the water of Earth's oceans, is believed to have been liquid since the moon's formation.

Europa, with its underground ocean of liquid water, has risen to one of the top slots on the list of places to search for potential extraterrestrial life.

We've posted the full video of our Washington, D.C. event exploring the lure of Europa, the moon of Jupiter with more liquid water than the Earth.

Europa has long been a high priority for exploration because it holds a salty liquid water ocean beneath its icy crust.

What Rhoden's team observed in their study was that during this process, several models predict that Charon's orbit around Pluto could have been highly eccentric, which would have caused severe tides on both celestial bodies, possibly leading to the formation of underground oceans of liquid water, similar to those that probably exist inside Europa.

Depending on the mass of the planets and their distance from the brown dwarf, we should get Io / Europa analogues or, if it has enough mass to hold onto an atmosphere, we could get something different: a world that thanks to tidal heating (and infrared radiation) keeps the surface water liquid.

KAMUELA, Hawaii — With data collected from the mighty W. M. Keck Observatory, California Institute of Technology (Caltech) astronomer Mike Brown — known as the Pluto killer for discovering a Kuiper - belt object that led to the demotion of Pluto from planetary status — and Kevin Hand from the Jet Propulsion Laboratory (JPL) have found the strongest evidence yet that salty water from the vast liquid ocean beneath Europa's frozen exterior actually makes its way to the surface.

These lakes, that would be located deep in Europa's icy crust, could be communicating with the liquid water ocean below, while providing it with chemical elements from the surface that would be a valuable energy source to any potential life forms.

Many scientists believe Europa could be a good place to look for extraterrestrial life because it has an ocean of liquid water beneath its icy surface.

A long line of evidence has shown that Europa has an underground ocean of liquid water, which for many scientists constitutes the best place in the Solar System to search for alien life.

An Earth which only the gets visible light part of the spectrum would probably be warmer than Europa which only has interior ocean of liquid water due tidal heat from it's orbit with Jupiter.