Brother Archimedes
@AhBaloul · X
This research seems simple but the insight it is bringing us is mindblowing... Good job, Tomaz Urbic and Ken A. Dill https://t.co/elm4kIIMq6
Jan 6, 2019 · 307 followers
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J Am Chem Soc December 2018 PMID 30461279
Water Is a Cagey Liquid.
Mentions
3
Peak: 1 in Jan 2019
across 2 sources since Jan 2019
Extended reach
439
potential audience
Total likes
8
Video views
132
Mentions per month
Jan 2019 – Jan 2024Where it's discussed
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YouTube2 videos
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X / Twitter1 posts
AI synopsis
What people are saying
The discourse reflects strong interest and moderate engagement, as people praise the research's innovative approach to understanding water and recognize the significance of the scientists' work, evidenced by phrases like 'mindblowing' and 'Good job.' The overall tone conveys appreciation and acknowledgment of potential scientific breakthroughs.
AgreementModerate agreement
Most comments agree that the research offers valuable insights, with some calling it 'mindblowing' and acknowledging the researchers' good work.
InterestHigh interest
Posts demonstrate high interest by highlighting the novel insights and potential applications, showing curiosity about water's molecular behavior.
EngagementModerate engagement
Discussions include appreciation for the research process and recognition of the scientists involved, indicating a moderate level of detailed engagement.
ImpactModerate impact
Comments suggest the findings could influence future studies and practical applications, though the discussion remains somewhat general.
Abstract in brief
- The article introduces CageWater, a statistical mechanical model that accurately predicts water's physical properties by accounting for its hydrogen bonding and Lennard-Jones interactions, providing quick and insightful analysis beyond traditional simulations and experiments.
- It challenges the traditional view of water as simply a combination of dense and loose hydrogen-bonded phases, revealing that different hydrogen bonding interactions drive water's density and openness depending on temperature and pressure.
- This model offers a new understanding of the molecular structures behind water's phase transitions, with potential applications in geophysics, biomolecular studies, and developing advanced materials for water purification and green chemistry.
Top posts
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Brother Archimedes
@AhBaloul · X
This research seems simple but the insight it is bringing us is mindblowing... Good job, Tomaz Urbic and Ken A. Dill https://t.co/elm4kIIMq6
Jan 6, 2019 · 307 followers
View post →
No mentions from this source yet.