@curator

1 year ago

Article

Enhanced star formation through the high-temperature formation of H2 on carbonaceous dust grains - Nature Astronomy

Rating: 0.0

Likes: 1

Library: 1

Enhanced star formation through the high-temperature formation of H2 on carbonaceous dust grains - Nature Astronomy

The microphysics of molecular hydrogen formation has an influence on galactic-scale star-formation rates over cosmic time. H2 is the cooling agent needed to initiate the cloud collapse regulating the star-formation efficiency. H2 formation is inefficient in the gas phase under typical interstellar conditions, requiring dust grain surfaces to act as catalysts.

Rate This Post

Rate The Educational Value

Rate The Ease of Understanding and Presentation

Interesting or Boring? Rate the Entertainment Value

Related Topics

computer network weather environment earth formation carbonaceous grains dust

Learning is Fun!

Close

Learning is Fun!

Close

Learning is Fun!

Close

Learning is Fun!

Close

Learning is Fun!

Close

Learning is Fun!

Close

Add articles, eBooks or videos to your Library.
You can revisit, watch or read your favorite items later

Learning is Fun!

Close

Unlocking the Power of Knowledge
for Humanity's Progress

By harnessing the power of Artificial Intelligence, Boostlane is changing the way we engage with information, connect with experts, and foster personal growth.

Explore Topics,
Discover Ideas,
Share knowledge,
Learn from Experts

Boostlane is a media platform that aims to revolutionize how we research, discover, and learn about our favorite topics

Boostlane relies on the power of Artificial Intelligence and a Community of Researchers to curate and deliver reliable, insightful, and purposeful knowledge

Support a platform focused on research and useful knowledge.
Create personalized feeds.
Follow your favorite topics and learn something new every day.
Learn with the assistance of people and Artificial Intelligence Systems.
Use innovative features designed to organize information and foster personal growth.
Collect your favorite media in your private Library.

Learning is Fun!

Close

Learning is Fun!

Close

Learning is Fun!

Close

Unlocking the Power of Knowledge
for Humanity's Progress

By harnessing the power of Artificial Intelligence, Boostlane is changing the way we engage with information, connect with experts, and foster personal growth.

Explore Topics,
Discover Ideas,
Share knowledge,
Learn from Experts

Boostlane is a media platform that aims to revolutionize how we research, discover, and learn about our favorite topics

Boostlane relies on the power of Artificial Intelligence and a Community of Researchers to curate and deliver reliable, insightful, and purposeful knowledge

Support a platform focused on research and useful knowledge.
Create personalized feeds.
Follow your favorite topics and learn something new every day.
Learn with the assistance of people and Artificial Intelligence Systems.
Use innovative features designed to organize information and foster personal growth.
Collect your favorite media in your private Library.

Enhanced star formation through the high-temperature formation of H2 on carbonaceous dust grains - Nature Astronomy

Rate This Post

Related Topics

Comments

Media:

My Account:

Boostlane:

Select a Category

Topics Trending Today

Recommended Media

Boostlane Reward System

Unlocking the Power of Knowledge
for Humanity's Progress

Quick Links

Select a Locale

Unlocking the Power of Knowledge
for Humanity's Progress

Enhanced star formation through the high-temperature formation of H2 on carbonaceous dust grains - Nature Astronomy

Rate This Post

Related Topics

Comments

Media:

My Account:

Boostlane:

Select a Category

Topics Trending Today

Recommended Media

Boostlane Reward System

Unlocking the Power of Knowledge for Humanity's Progress

Quick Links

Select a Locale

Unlocking the Power of Knowledge for Humanity's Progress

Unlocking the Power of Knowledge
for Humanity's Progress

Unlocking the Power of Knowledge
for Humanity's Progress