Sentences with phrase «how planetary systems»

Just 40 light - years away, TRAPPIST - 1 is one of the clearest case studies into how planetary systems work and how likely it might be to find life elsewhere in the universe.

ARIEL will revolutionise our understanding of how planetary systems form and evolve, helping us put our own solar system into context and compare it to our neighbours in the galaxy.»

will focus on the newly emergent, but already mature, science of planetary research and aim to bring together solar system and exoplanet researchers for a truly synergistic view of how planetary systems form and evolve.

We are getting a better and better at understanding how planetary systems are formed.

These discoveries will continue to change our understanding of how planetary systems like our own form and evolve, and of humanity's place in the universe.

The goal of the ARIEL mission is to investigate the atmospheres of several hundreds planets orbiting distant stars in order to address the fundamental questions on how planetary systems form and evolve.

My research focuses on understanding how planetary systems form.

An ambitious European mission is being planned to answer fundamental questions about how planetary systems form and evolve.

ARIEL Press Release (03/2018)-- ARIEL selected as ESA's next medium - class science mission ARIEL, a mission to answer fundamental questions about how planetary systems form and evolve, has been selected by the European Space Agency (ESA) as its next medium - class science mission, due for launch in 2028.

Cassini has revealed never - before - seen events that are changing our understanding of how planetary systems form and what conditions might lead to habitats for life.

Both discoveries revealed a lot about how planetary systems form and evolve.

Scientists mostly use computer simulations to try to understand how planetary systems form.

Now one has, it opens up a new era in astronomy and raises fundamental questions about how planetary systems, including our own, are made.

«These findings may have implications for how planetary systems around other stars could form and where and how big the planets would be.»

This first - ever evidence that hot Jupiters can appear at such an early stage represents a major step forward in our understanding of how planetary systems form and evolve.

In the process, they uncovered a tale of two comet families that might help explain how planetary systems like our own formed.

Data on the 500 - and - counting planets discovered outside of our solar system in the past decade are revolutionizing researchers» understanding of how planetary systems form and evolve.

First seen in October 2017, the space rock «Oumuamua looks like a skyscraper tumbling through space — and challenges our ideas of how planetary systems form

-- Now, with ALMA, we can see how a planetary system is forming.

Not exact matches

At the very time we humans have been learning more about the ecology of all planetary life, we have been discovering to our horror how much we are now upsetting the delicate balances in the living systems of the ecosphere.

A solitary planet in an eccentric orbit around an ancient star may help astronomers understand exactly how such planetary systems are formed.

By attempting to understand the subterranean structures of the planet and how they modify its surface features, Kircher could be said to have exhibited a «planetary» consciousness three centuries before the Gaia hypothesis proposed that we look at Earth as a giant self - regulating system.

TrES - 4 and other oddball planets among the 250 or so discovered in the past 12 years are challenging, even revolutionizing, astronomers» assumptions about how planets and planetary systems form.

Such observations are critical in advancing our understanding of all types and sizes of planetary systems — and ultimately how unique our own solar system might be,» said Perrin.

Missions such as the Hubble Space Telescope, the Chandra X-ray Observatory and the Cosmic Background Explorer are all answering some of the fundamental questions in astrophysics, cosmology and planetary science: how did the Solar System form?

In the Solar System, the asteroid belt contains the leftover building blocks for the terrestrial planets Mercury, Venus, Earth, and Mars, so planetary scientists study the asteroids to gain a better understanding of how rocky, and potentially habitable planets are formed.

«The tropical Pacific ocean - atmosphere system has been called a sleeping dragon because of how it can influence climate elsewhere,» said lead author Aradhna Tripati, a UCLA assistant professor in the departments of Earth, planetary and space sciences, and atmospheric and oceanic sciences.

Wolszczan and others have already found more than 40 planetary systems around red giants, allowing them to sketch out how the same process will play out here at home.

Korenaga is a co-investigator of the NASA «Alternative Earths» team, which is organized around the principle of understanding how Earth has maintained a persistent biosphere through most of its history, how the biosphere manifests in «biosignatures» on a planetary scale, and how reconstructing this history can inform the search for life within and beyond the solar system.

The next question is how such a planetary system may have emerged.

For planetary scientists like Jackson, being able to observe objects like these may yield important clues about how planet formation works in other star systems.

Just one month before Voyager's arrival, a research team had published the first serious model laying out how a liquid ocean could exist within a planetary body in the chilly outskirts of the solar system.

That's different from how the ice giants in Earth's solar system, Neptune and Uranus, formed, suggesting possible new insights into different ways planetary systems originate throughout the galaxy.

These simulations are based, in part, on how the planets in Earth's solar system coalesced, but it's unclear how common these types of planetary origins are.

But astronomers have struggled to assemble a complete theory of their origin that explains how the initial dust develops into planetary systems.

Anat Shahar is pioneering a field that blends isotope geochemistry with high - pressure experiments to examine planetary cores and the Solar System's formation, prior to planet formation, and how the planets formed and differentiated.

For astronomers, attempting to understand the life cycles of planetary systems using existing examples is like trying to learn how people grow from babies to children to teenagers, by only studying adults.

My present and past research have been heavily focused on understanding how planets form and planetary systems assemble.

These studies are aimed at understanding the physical mechanisms that govern star formation and how the evolution of the gaseous component of disks impacts the resulting planetary system architectures.

A solitary planet in an eccentric orbit around an ancient star may help astronomers understand exactly how such planetary systems are formed.

The nine questions we identified naturally fell in three categories: Questions in Category A aimed at exploring planetary systems: what are their structures, components, how do they form and evolve, what combinations of planets and planetesimal belts are common, etc..

«One of the major things we want to understand is how water and other volatiles are distributed through the inner solar system — including Earth, the Moon and our planetary neighbors,» Head said.

The observed planet population carries an important message of how planets form and what types of planetary systems exist for future scientific exploration.

This result has an impact on our understanding of how organic matter accumulates in very young planetary systems.»

The forty - nine experts who discovered this planet admit that they have no theoretical understanding for how such a planetary system could have evolved.10 One planetary system (having at least two planets) orbits a pair of suns!

Thanks to ALMA, astronomers will be able to make detailed images of stars and planets being born in gas clouds near our Solar System and to better understand how stars, planetary systems and even life itself formed.

Well, by understanding how multi-star systems evolve by finding examples like this embedded inside star forming molecular clouds, we may start to appreciate how common and how stable they are and whether accompanying planetary systems are a reality or something that will forever be confined to the Twelve Colonies.

This richly illustrated and entertaining textbook provides a well - balanced overview of how concepts from astronomy, planetary sciences, geosciences, and biology can be combined to search for life in and beyond the Solar System.

Our observations reveal the planetary worlds of our solar system, and increase our knowledge what / how is habitable planetary environment and its evolution?

The Gordon Conference on Origins of Solar Systems brings together a diverse group of scientists to discuss research at the frontier of understanding how planets and planetary systemSystems brings together a diverse group of scientists to discuss research at the frontier of understanding how planets and planetary systemssystems form.