Robin Wordsworth 1978 graduate of Massapequa High School in Massapequa, NY is on Classmates.com. See pictures, plan your class reunion and get caught up with Robin and other high ...
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Robin Wordsworth
This interview is featured as part of a course available at #Astrobi...
Duration:
10m 12s
Dr. Robin Wordsworth - Comparative Atmospheri...
Dr. Wordsworth presenting at the 2019 Sagan Summer Workshop on Astrobi...
Duration:
46m 19s
Robin Wordsworth | Launch of the Leverhulme C...
"Planetary Habitability and Climate: From the Solar System to Exoplane...
Duration:
15m 53s
Origins 2011 - Robin Wordsworth - Innovaxiom
Origins 2011 - Conference Exoplanets and Habitability - Robin Wordswor...
Duration:
13m 18s
Mars Climate and Chemical Evolution: Lessons ...
April 4, 2019 Phillips Auditorium Robin Wordsworth Harvard, SEAS Host:...
Then, this spring, a team led by Robin Wordsworth of Harvard University figured out why the CO2 molecule is so good at trapping heat in the first place. The researchers identified a strange quirk of the molecules quantum structure that explains why its such a powerful greenhouse gas and why pump
It wouldnt be a convincing biosignature on its own. But finding methane and oxygen together would be hugely exciting, says planetary scientist Robin Wordsworth of Harvard University; its very difficult to produce that combination without life. Likewise, work by Krissansen-Totton and colleagues
Date: Oct 12, 2023
Category: Science
Source: Google
Young Mars may have had water lakes and methane bursts
f methane at Mars subsurface,the gas from which wasreleased and then mixed with carbon dioxide already in the atmosphere. Robin Wordsworth's research suggests this caused several hundreds of thousands of years of incredibly intense warming climates as a result of these greenhouse gases. Sound familiar?
"Early Mars is unique in the sense that it's the one planetary environment, outside Earth, where we can say with confidence that there were at least episodic periods where life could have flourished," Robin Wordsworth, assistant professor of environmental science and engineering at Harvard, said in
Date: Jan 25, 2017
Source: Google
Mars may have been cold, icy billions of years ago
The colder scenario was more straightforward to model, Robin Wordsworth of the Harvard Paulson School of Engineering and Applied Sciences explained, because Mars only gets 43 percent of the solar energy of Earth, and early Mars was lit by a younger Sun believed to have been 25 percent dimmer than it
"Based on our conclusions, it would have been an extremely cold and inhospitable place," said Robin Wordsworth, the study's lead author from Harvard Paulson School of Engineering and Applied Sciences.
Date: Jun 16, 2015
Source: Google
Mars' Ancient Climate: Icy Cold or Warm and Wet? New Models Reveal the Past
"I'm still trying to keep an open mind about this," said Robin Wordsworth, one of the researchers, in a news release. "There is lots of work to be done but our results show that the cold/icy scenario matches the surface distribution of erosion features more closely. This strongly suggests that early