Not exact matches
But this new study buttresses recent
findings by another Los Alamos scientist who
found boron on Mars for the first time, which also indicates the
potential for long - term habitable groundwater in the
planet's past.
«If we understand how early Mars operated, it could tell us something about the
potential for
finding life on other
planets outside the solar system.»
Exoplanet research has gone beyond the point of
finding planets — more than 3000 exoplanets are now known — to looking for chemical markers that might indicate the
potential presence of life.
«TESS will
find many more
planets, but in the temperate — and potentially habitable — Earth - size regime, SPECULOOS's detection
potential should be significantly better,» Gillon says.
«
Finding several
potential habitable
planets per star is great news for our search for life,» Lisa Kaltenegger, Director of the Carl Sagan Institute at Cornell University, told Gizmodo.
Hiramatsu: Because there have been
found an increasing number of
potential planets that might have life.
For the research team, one of the most - exciting aspects of this
finding is the
potential of a reservoir of oxygen deep in the
planet's interior, which if periodically released to the Earth's surface could significantly alter the Earth's early atmosphere, potentially explaining the dramatic increase in atmospheric oxygen that occurred about 2.4 billion years ago according to the geologic record.
As of March 2018, Kepler had
found 2,342 confirmed
planets; add
potential planets, and its
find of exoworlds stands at 4,587.
Kepler's confirmed planetary
finds were boosted to 2,335; including
potential planets, the count stood at 4,034.
Kepler has already
found 2,326 «
potential planets,» which «would quadruple the current tally of worlds known beyond our solar system.»
Overall, the committee
found that «to optimize the science return for the decade 2012 - 2021 within the anticipated resources, [the United States should] focus on three science objectives» — searching for the first stars, galaxies and black holes; seeking nearby, habitable
planets; and understanding scientific principles — «while also considering the discovery
potential of a much broader research program.»
Any
planets Project Blue
finds will be excellent
potential targets for future large space telescopes being developed by NASA and other space agencies.
NOTE: The top two scenarios estimate an atmospheric CO2 level which exceeds the total carbon contained in all the optimistically estimated fossil fuel reserves on our
planet (although here I will mention that Pekka Pirilä has
found a study, which give higher
potential fiossil fuel reserves than the studies, which I cited).