Water is really weird—and actually more controversial than you probably thought. Here's why. (From @ACSReactions and @PBSDS) https://t.co/LPmIlhe0g1
How Water's Properties Are Encoded in Its Molecular Structure and Energies.
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Oct 2020 – Apr 2025Where it's discussed
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X / Twitter38 posts
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Facebook4 posts
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YouTube2 videos
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News2 articles
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Blogs2 articles
AI synopsis
What people are saying
The collective discussions show a strong interest in water's molecular mysteries, with posts mentioning water's unique features, such as hydrogen bonds and cage-like structuring, and expressing fascination or surprise. Words like 'fascinating,' 'mind-opening,' and references to complex simulations demonstrate both curiosity and engagement, although the overall impact is seen as moderate, emphasizing the ongoing scientific debate rather than conclusive breakthroughs.
Most discussions acknowledge the complexity and ongoing mysteries of water's molecular properties, showing support for the scientific exploration.
The posts express high curiosity and fascination with water's unusual behaviors and the ongoing debates about its molecular structure.
Some comments reference specific concepts like hydrogen bonding, quantum modeling, and molecular simulations, indicating active engagement.
While the discussion highlights the importance of understanding water's properties, the overall perceived impact remains moderate, reflecting ongoing scientific curiosity rather than immediate practical applications.
Abstract in brief
- Waters' unique material properties are encoded in its molecular structure, especially its hydrogen bonding and tetrahedral arrangement, which influence its high cohesion, volumetric anomalies, and phase behaviors.
- The molecular interactions, including hydrogen bonds and van der Waals forces, determine water's responses to temperature and pressure changes, such as melting, freezing, and shrinking when heated.
- Understanding these properties through theories, simulations, and experiments reveals how water's structure influences its energy states, ion diffusion rates, and behavior in various states and environments.]
Top posts
Most liked on X and Blueskyhttps://t.co/NyGSe1hAbx Scientists made a water molecule movie and this is what happened when they excited a water molecule...
Watch @AlexDainis talk about why water is controversial and go on a side rant about dinosaur pee
"Some of water’s major features are a consequence of its cage-like structuring and the prominent entropies and heat capacities that arise from it. Fine-grained atomically detailed simulations can be too “in the weeds” to capture these properties." https://t.co/1Lccs9xIyW https://t.co/9lyzJl9D4E
Learn about the controversial chemistry and debates about water's unusual properties from Chemistry Shorts' @AlexDainis (via @ACSReactions). https://t.co/EpFa0ISNRY
Water is really weird--and actually more controversial than you probably thought. Here's why. https://t.co/CSqSxX5Ou7
All mentions
Understanding Water's Unique Properties and Molecular Structure
Water's unusual properties are encoded in its molecular structure, especially hydrogen bonding and tetrahedral arrangements, influencing cohesion, volume anomalies, and phase behaviors. This video explores how molecular…
Unveiling Quantum Secrets in Everyday Objects and Water Properties
Your notebook is hiding quantum secrets that will blow your mind. The video explores how torn paper creates microscopic patterns matching quantum field equations and delves into the molecular structure of water…
@jposhaughnessy @physorg_com Water is fascinating. https://t.co/8yyuVcrunM https://t.co/5x6hO3sUDi
@maththfcx Yup and it continues to baffle scientists, specifically on the molecular level | "You Don't Understand Water (and Neither Does Anyone Else)" https://t.co/lKShetzN3L, "We Still Don’t Understand What Water Is, Here’s Why" https://t.co/AOigZnV3eC,
You Don't Understand Water (and Neither Does Anyone Else) https://t.co/rVIDKF6bKa via @YouTube
RT @lyssasphere: https://t.co/NyGSe1hAbx Scientists made a water molecule movie and this is what happened when they excited a water molecu…
https://t.co/NyGSe1hAbx Scientists made a water molecule movie and this is what happened when they excited a water molecule...
How Water’s Properties Are Encoded in Its Molecular Structure and Energies | Chemical Reviews https://t.co/fC6JUH3LGT
@TheOlefin @jonathanstea @CaulfieldTim https://t.co/O5AbxyRfzk
@rosepoptosis @CmdrJonty @jonathanstea @CaulfieldTim Quantum modeling of water. Interesting read. https://t.co/O5AbxyRfzk
@psychoticdream1 @RobinHoodlum @jonathanstea @CaulfieldTim https://t.co/O5AbxyRfzk
For #WorldWaterDay, we are highlighting an @ACSReactions video on controversial #chemistry & heated debates around the #science of what gives #water it’s super unusual properties. Check it out at https://t.co/uGz1pE3ebE
We must learn about the water chemistry https://t.co/vF8wM9OYix
@AwayFromTheKeys @simplelogical @NRO @p_m_robinson What? You just showed me that it does, remember, snowflake?? Here's more if you're struggling. https://t.co/2Z7VdcRmpG https://t.co/CYWA09mOcn
RT @ACSReactions: Because of those partial charges, neighboring molecules with OH groups can attract one another, with the oxygen on one mo…
Because of those partial charges, neighboring molecules with OH groups can attract one another, with the oxygen on one molecule attracting the hydrogen on another. For more: https://t.co/1OywsNz1Ta
RT @chemistryshorts: Learn about the controversial chemistry and debates about water's unusual properties from Chemistry Shorts' @AlexDaini…
RT @chemistryshorts: Learn about the controversial chemistry and debates about water's unusual properties from Chemistry Shorts' @AlexDaini…
RT @chemistryshorts: Learn about the controversial chemistry and debates about water's unusual properties from Chemistry Shorts' @AlexDaini…
RT @chemistryshorts: Learn about the controversial chemistry and debates about water's unusual properties from Chemistry Shorts' @AlexDaini…
Learn about the controversial chemistry and debates about water's unusual properties from Chemistry Shorts' @AlexDainis (via @ACSReactions). https://t.co/EpFa0ISNRY
During the semester, an academic's life is crazy intense, but the upside is summer downtime! Catching up on videos and❤️how this one demos how amazingly complex water is; we know so much but there's always more to learn. https://t.co/BRwWlEwqdR #notdinosaurpee
RT @PBS: Water is really weird—and actually more controversial than you probably thought. Here's why. (From @ACSReactions and @PBSDS) https…
RT @PBS: Water is really weird—and actually more controversial than you probably thought. Here's why. (From @ACSReactions and @PBSDS) https…
RT @PBS: Water is really weird—and actually more controversial than you probably thought. Here's why. (From @ACSReactions and @PBSDS) https…
RT @PBS: Water is really weird—and actually more controversial than you probably thought. Here's why. (From @ACSReactions and @PBSDS) https…
RT @PBS: Water is really weird—and actually more controversial than you probably thought. Here's why. (From @ACSReactions and @PBSDS) https…
RT @PBS: Water is really weird—and actually more controversial than you probably thought. Here's why. (From @ACSReactions and @PBSDS) https…
RT @PBS: Water is really weird—and actually more controversial than you probably thought. Here's why. (From @ACSReactions and @PBSDS) https…
Water is really weird—and actually more controversial than you probably thought. Here's why. (From @ACSReactions and @PBSDS) https://t.co/LPmIlhe0g1
I liked a YouTube video https://t.co/Ttq7c7ixv9 You Don't Actually Know How Water Works
Water is really weird--and actually more controversial than you probably thought. Here's why. https://t.co/CSqSxX5Ou7
You Don't Actually Know How Water Works https://t.co/T0STKT3z8g This was very mind-opening.
You Don't Actually Know How Water Works https://t.co/pCMbNmkaMf via @YouTube d(
Watch @AlexDainis talk about why water is controversial and go on a side rant about dinosaur pee
RT @DrYohanJohn: "Some of water’s major features are a consequence of its cage-like structuring and the prominent entropies and heat capaci…
"Some of water’s major features are a consequence of its cage-like structuring and the prominent entropies and heat capacities that arise from it. Fine-grained atomically detailed simulations can be too “in the weeds” to capture these properties." https://t.co/1Lccs9xIyW https://t.co/9lyzJl9D4E
How Water’s Properties Are Encoded in Its Molecular Structure and Energies? https://t.co/8KB5t6Qov6
@SeBoehme https://t.co/5TE9vUd4U3 ;-)
@lil_o_ciara read this and fall asleep https://t.co/t8I8UKoGcZ
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