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The overall tone suggests moderate enthusiasm and curiosity, with comments referencing potential signs of life on planets like Venus, and linking the research to broader questions about extraterrestrial life. For instance, discussions about life on Venus and the expansion to molecules in the interstellar medium show an interest in broad applications, while comments about methods and related papers indicate some engagement without deep technical analysis.
Many discussions acknowledge the relevance of biosignature gases and the importance of the research, showing moderate agreement about its significance.
Participants display curiosity by referencing related topics like life on Venus and interstellar molecules, indicating a moderate interest.
Comments involve referencing other studies, asking questions, and suggesting ideas, reflecting active but not deeply technical engagement.
While some discussions hint at the broader implications of the research, most are exploratory rather than emphasizing immediate or transformative impact.
https://t.co/jpo9NOCem4
@AntonioCruzNav @LatinXChem @laura_mckemmish Hi Antonio! Thanks for the questions! We are interested in potential biosignatures, i.e. molecules that could indicate the presence of life on a given planet (https://t.co/5iwpYBBu6M). However, we're planning on expanding to molecules of relevance in the interstellar medium too.
@GroupQuintana @LatinXChem @laura_mckemmish Thanks! Our approach only reads the SMILES codes provided (available in this dataset https://t.co/5iwpYBBu6M) and translates them into molecular geometries. We don't generate the SMILES code for a given molecule.
@JaviCarmonaGUV @UNSWScience Thanks! I can recommend these two papers: one on the explanation of biosignatures (https://t.co/gh6orf9tKj) and a current computational approach for obtaining spectra of atmospheric gases (https://t.co/kJxxTuP0GP)
Fascinating. https://t.co/WTqZB2OX8K CC: @kozad86 @STEMthebleeding
Challenge: create a video on life on other planets or the origins of life *without* using stock footage from Iceland
This video explores the potential signs of life on Venus and exoplanets by examining biosignature gases, emphasizing that multiple molecules produced by life could indicate extraterrestrial life beyond traditional gases…
This video explores the systematic identification of biosignature gases in exoplanet atmospheres, focusing on molecules produced by life beyond Earth. It highlights a comprehensive list of potential indicator gases to…
Have We Found Life on Venus? https://t.co/YLjz3iuhQy via @YouTube
https://t.co/yVBcZBN9fL
@redditSpacePorn Not sure about Mars, but it seems like life almost without doubt existed on Venus back in the day ⬇️ https://t.co/Lgro1cpACd
@AntonioCruzNav @LatinXChem @laura_mckemmish Hi Antonio! Thanks for the questions! We are interested in potential biosignatures, i.e. molecules that could indicate the presence of life on a given planet (https://t.co/5iwpYBBu6M). However, we're planning on expanding to molecules of relevance in the interstellar medium too.
@GroupQuintana @LatinXChem @laura_mckemmish Thanks! Our approach only reads the SMILES codes provided (available in this dataset https://t.co/5iwpYBBu6M) and translates them into molecular geometries. We don't generate the SMILES code for a given molecule.
Have We Found Life on Venus? https://t.co/3tEoVPUWpQ via @YouTube
Challenge: create a video on life on other planets or the origins of life *without* using stock footage from Iceland
Fascinating. https://t.co/WTqZB2OX8K CC: @kozad86 @STEMthebleeding
Have we found life on Venus? https://t.co/xmKwggWCkJ
RT @TheBrianMcManus: https://t.co/jpo9NOCem4
RT @TheBrianMcManus: https://t.co/jpo9NOCem4
https://t.co/jpo9NOCem4
@JaviCarmonaGUV @UNSWScience Thanks! I can recommend these two papers: one on the explanation of biosignatures (https://t.co/gh6orf9tKj) and a current computational approach for obtaining spectra of atmospheric gases (https://t.co/kJxxTuP0GP)
gases for the search for life on exoplanets and applications to terrestrial biochemistry. Astrobiology 16, 465–485. (doi:10.1089/ast.2015.1404) 33. de Pater ...
In the last several years, scientists from a range of ... 2016, DOI: 10.1089/ast.2015.1404). In an email, Seager cautions that ...
Astrobiology. Vol. 16, June 2016, p. 465. doi: 10.1089/ast.2015.1404. Lisa Grossman. About ...
... 10.1089/ast.2015.1404">about 14,000 molecules for consideration as possible biosignatures. Kinney and Kempes developed their assessment ...
Exoplanets and Applications to Terrestrial Biochemistry. Astrobiology. 2016;16:465–485. doi: 10.1089/ast.2015.1404. [PubMed] [CrossRef] [Google ...
http://doi.org/10.1089/ast.2015.1404. (13) Stevens, D. J., & Gaudi, B. S. (2013). A Posteriori Transit Probabilities. Publications of the ...
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