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The discussions frequently highlight the novel concept of medium-density amorphous ice (MDA) and its profound implications for understanding water. Phrases like 'pushing the frontiers of frozen water' and 'shear as a new thermodynamic variable' reflect a sense of discovery and innovation. The tone conveys excitement and urge, suggesting that this new form of ice reshapes our understanding of water, indicating a mix of enthusiasm and curiosity about its potential applications.
The majority of discussions reflect a supportive tone towards the publication, emphasizing the importance of the findings.
Participants express high interest, evident in the numerous shares and references to the phenomena discussed.
While many entries offer definitions and mention key aspects of the research, they lack deeper analytical commentary.
Many users perceive this discovery as significant for a better understanding of water's properties and its cosmological implications.
A new form of “medium-density” amorphous ice has been discovered, researchers report in Science. The results suggest that water is more complex at low temperatures than previously recognized. https://t.co/PwxnaCRsbd #ScienceResearch https://t.co/dI35djPcLp
A new form of “medium-density” amorphous ice has been discovered, researchers report in Science. The results suggest that water is more complex at low temperatures than previously recognized. https://t.co/HXtvLVBsgb #ScienceResearch https://t.co/EWpKyNweci
Last year in Science, researchers reported the discovery of a form of “medium-density” amorphous ice. The results suggest that water is more complex at low temperatures than previously recognized. https://t.co/aqwJgDnfuE #WorldWaterDay https://t.co/6Rj4hRFPyS
Last year in Science, researchers reported the discovery of a form of “medium-density” amorphous ice. The results suggest that water is more complex at low temperatures than previously recognized. #ScienceMagArchives https://t.co/znMBXbWN9n https://t.co/PLZ0VB2Nko
Killer Robot Inside You -- Mind Blow [new video] --> https://t.co/1pzM8xj3pE https://t.co/NYkbxhWjyt
Glad to share recent #PNAS publication on the newest form of Ice, MDA, that was discovered last year. Medium-density amorphous ice unveils shear rate as a new dimension in water’s phase diagram @PNASNews @RajatK161 @SuvoBanik5 @IITGChem @UtahChemistry https://t.co/rhmi5EPU3j https://t.co/fJCqJpv1ex
Amorphous ices, particularly medium-density amorphous ice (MDA), play a significant role in cosmological processes. This video discusses how MDA may explain the unusual properties of liquid water and its potential as a…
We've told you water is weirder than you think. Amorphous ice, especially medium-density amorphous ice (MDA), plays a significant role in various cosmological processes, potentially explaining unusual properties of…
Pushing the frontiers of frozen water: Computer simulations examine effects of shear on medium-density amorphous ice obtain more knowledge via: https://t.co/Kyci6g3N30 for more related information kindly visit our website via: https://t.co/XmtkqEb3Ep #analyticalchemistry #biotech
Pushing the frontiers of frozen water: Computer simulations examine effects of shear on medium-density amorphous ice obtain more knowledge via: https://t.co/Kyci6g4kSy for more related information kindly visit our website via: https://t.co/e7GondFl0V #analyticalchemistry #biotech
Pushing the frontiers of frozen water: Computer simulations examine effects of shear on medium-density amorphous ice https://t.co/u0iNYRDgab
Medium-density amorphous ice unveils shear rate as a new dimension in water’s phase diagram | PNAS https://t.co/OUdk6sv1zK
Sharing our recent work where we model and study the recently shown medium-density amorphous ice. Our study reveals shear rate as a new thermodynamic variable in the non equilibrium phase diagram of water. @dhabaldebdas https://t.co/x7nW0w91W0
Sharing our recent work where we model and study the recently shown medium-density amorphous ice. Our study reveals shear rate as a new thermodynamic variable in the non equilibrium phase diagram of water. www.pnas.org/doi/10.1073/...
RT @dhabaldebdas: Glad to share recent #PNAS publication on the newest form of Ice, MDA, that was discovered last year. Medium-density amo…
RT @dhabaldebdas: Glad to share recent #PNAS publication on the newest form of Ice, MDA, that was discovered last year. Medium-density amo…
RT @dhabaldebdas: Glad to share recent #PNAS publication on the newest form of Ice, MDA, that was discovered last year. Medium-density amo…
RT @velitesgear | Full Text Article: https://t.co/tB1etj0h1f | Author: @PNASNews Medium-density amorphous ice unveils shear rate as a new dimension in water’s phase diagram Proceedings of the National Academy of Sciences, Volume 121, Issue 48, November 2024.
RT @dhabaldebdas: Glad to share recent #PNAS publication on the newest form of Ice, MDA, that was discovered last year. Medium-density amo…
RT @dhabaldebdas: Glad to share recent #PNAS publication on the newest form of Ice, MDA, that was discovered last year. Medium-density amo…
RT @dhabaldebdas: Glad to share recent #PNAS publication on the newest form of Ice, MDA, that was discovered last year. Medium-density amo…
RT @dhabaldebdas: Glad to share recent #PNAS publication on the newest form of Ice, MDA, that was discovered last year. Medium-density amo…
RT @dhabaldebdas: Glad to share recent #PNAS publication on the newest form of Ice, MDA, that was discovered last year. Medium-density amo…
Glad to share recent #PNAS publication on the newest form of Ice, MDA, that was discovered last year. Medium-density amorphous ice unveils shear rate as a new dimension in water’s phase diagram @PNASNews @RajatK161 @SuvoBanik5 @IITGChem @UtahChemistry https://t.co/rhmi5EPU3j https://t.co/fJCqJpv1ex
https://t.co/daf0C6hNLr Medium-Density Amorphous Ice Unveils Shear Rate as a New Dimension in Water’s Phase Diagram They propose a new computational method to make "MDA"; it's essential. "We find that MDA is not a nanocrystalline state but a shear-driven amorphous ice (SDA)."
Check out our preprint on "medium-density amorphous ice (MDA)", the newest form of ice discovered last year. @RajatK161 @SuvoBanik5 #compchem Medium-Density Amorphous Ice Unveils Shear Rate as a New Dimension in Water’s Phase Diagram | ChemRxiv - https://t.co/boU0Y20ziO https://t.co/sGfNWjtUdq
【新しい「氷」の発明】 Science誌に報告 水が凍ると膨張したり、氷が水に浮いたりするのは、氷が水より低密度だから これは、氷はスキマの多い堅牢な結晶構造(ice lh)だが、水はこの構造が崩れたスキマがない流体だから ところが、ついにスキマがない構造の氷が創られた https://t.co/c4aiPj8LkO https://t.co/qSxoqakHc7
水の研究に果てが見えなくて面白い https://t.co/aUG6dCRZPq
RT @ScienceMagazine: Last year in Science, researchers reported the discovery of a form of “medium-density” amorphous ice. The results sug…
RT @ScienceMagazine: Last year in Science, researchers reported the discovery of a form of “medium-density” amorphous ice. The results sug…
RT @ScienceMagazine: Last year in Science, researchers reported the discovery of a form of “medium-density” amorphous ice. The results sug…
RT @ScienceMagazine: Last year in Science, researchers reported the discovery of a form of “medium-density” amorphous ice. The results sug…
Medium-density amorphous ice | Science https://t.co/xsxwwLYzZy complex phase diagram of water with 20 crystalline phases and at least two families of amorphous forms makes this study of a new medium-density amorphous ice interesting
RT @ScienceMagazine: Last year in Science, researchers reported the discovery of a form of “medium-density” amorphous ice. The results sug…
RT @ScienceMagazine: Last year in Science, researchers reported the discovery of a form of “medium-density” amorphous ice. The results sug…
RT @ScienceMagazine: Last year in Science, researchers reported the discovery of a form of “medium-density” amorphous ice. The results sug…
RT @ScienceMagazine: Last year in Science, researchers reported the discovery of a form of “medium-density” amorphous ice. The results sug…
RT @ScienceMagazine: Last year in Science, researchers reported the discovery of a form of “medium-density” amorphous ice. The results sug…
Last year in Science, researchers reported the discovery of a form of “medium-density” amorphous ice. The results suggest that water is more complex at low temperatures than previously recognized. #ScienceMagArchives https://t.co/znMBXbWN9n https://t.co/PLZ0VB2Nko
RT @ScienceMagazine: Last year in Science, researchers reported the discovery of a form of “medium-density” amorphous ice. The results sug…
RT @ScienceMagazine: Last year in Science, researchers reported the discovery of a form of “medium-density” amorphous ice. The results sug…
RT @ScienceMagazine: Last year in Science, researchers reported the discovery of a form of “medium-density” amorphous ice. The results sug…
RT @ScienceMagazine: Last year in Science, researchers reported the discovery of a form of “medium-density” amorphous ice. The results sug…
RT @ScienceMagazine: Last year in Science, researchers reported the discovery of a form of “medium-density” amorphous ice. The results sug…
RT @ScienceMagazine: Last year in Science, researchers reported the discovery of a form of “medium-density” amorphous ice. The results sug…
RT @ScienceMagazine: Last year in Science, researchers reported the discovery of a form of “medium-density” amorphous ice. The results sug…
RT @ScienceMagazine: Last year in Science, researchers reported the discovery of a form of “medium-density” amorphous ice. The results sug…
RT @ScienceMagazine: Last year in Science, researchers reported the discovery of a form of “medium-density” amorphous ice. The results sug…
RT @ScienceMagazine: Last year in Science, researchers reported the discovery of a form of “medium-density” amorphous ice. The results sug…
RT @ScienceMagazine: Last year in Science, researchers reported the discovery of a form of “medium-density” amorphous ice. The results sug…
Last year in Science, researchers reported the discovery of a form of “medium-density” amorphous ice. The results suggest that water is more complex at low temperatures than previously recognized. https://t.co/aqwJgDnfuE #WorldWaterDay https://t.co/6Rj4hRFPyS
ガラス状態の氷は実在するらしいけどcas冷凍で同じことできるならとんでもない技術でしょ。でも仕組みの絵を見ると結晶で書いてるし理論なしの適当に見える。 https://t.co/1jzW40XAL3
My mistake. There are actually 5 different types of amorphous ice. It's a type of glass, but made with water molecules. At a molecular level, one type, medium-density amorphous ice (MDA) is basically the same as liquid water. Except it's a solid.
Scientists created a weird new type of ice that is almost exactly as dense as water https://t.co/N5Ck5XzsRB
RT @the_inteldrop: New Form of Ice Discovered: Medium-Density Amorphous Ice (MDA) with Implications for Understanding Liquid Water https://…
New Form of Ice Discovered: Medium-Density Amorphous Ice (MDA) with Implications for Understanding Liquid Water https://t.co/BJfUIKSgyl https://t.co/up3YYXupZE
June 14: Medium-density amorphous ice by @SellaTheChemist @icegroupcam @SalzmannLab https://t.co/CRBNCmkw7U
#133: Medium-density amorphous ice by @SellaTheChemist @icegroupcam @SalzmannLab Shaken (ball-milled), not stirred. https://t.co/sTeumQzMrO
脚注70：氷境界線のアルファモス氷のお話。これをレーザーなどで効率的に気化、イオン化できれば磁気セイル減速に使えるね、という。アルファモス氷についてはこのへん＞新しい氷「中密度非晶質氷」を合成？ 氷天体には豊富に存在する可能性も https://t.co/rEpzeU3Cvj #IGD_IS
What’s cooler than being cool? Amorphous ice cold. Literally. Follow along as we explore some of the coldest, weirdest, coolest ice in the universe. https://t.co/aYusNBWv8u
RT @ACSReactions: What happens if you put ice into a shaker with steel balls at super cold temps? Turns out, you discover and entirely new…
RT @ACSReactions: What happens if you put ice into a shaker with steel balls at super cold temps? Turns out, you discover and entirely new…
What happens if you put ice into a shaker with steel balls at super cold temps? Turns out, you discover and entirely new H2O formation! Just don’t try and serve a cocktail over it… https://t.co/aYusNBWv8u
Medium density amorphous ice (non crystalline) may be a "glass form of ice." https://t.co/rWmG9vnbpv
Descubren una nueva forma de hielo: hielo amorfo de densidad media. https://t.co/66WSqOfVy8 https://t.co/VBZs2M5SU1
This week's reading suggestion: Science, 2023, 379, 474–478. https://t.co/Am4geZGsGP #Crystallography Have a nice week! https://t.co/E23XDt5RbA
Scientists Discover Amorphous Ice That's Weirdly Similar to Liquid Water https://t.co/ASO6YtBj16 via @gizmodo
RT @Juanbilbo7: Scientists Discover Amorphous Ice That's Weirdly Similar to Liquid Water https://t.co/fwlKO6kRDh a través de @gizmodo
Scientists Discover Amorphous Ice That's Weirdly Similar to Liquid Water https://t.co/fwlKO6kRDh a través de @gizmodo
@f_moriya 最近水と同じくらいの密度の氷ができたらしい。 https://t.co/dBcqsLDLdO
I Liked this video on YouTube: Robots INSIDE YOU -- Mind Blow https://t.co/TNnhQ2jFHF
The science of ice inspires us at X-Therma every day. Scientists around the world are still learning more about its properties. We were inspired to read about the findings from the University of London, which discovered medium-density amorphous ice. https://t.co/fWCqmGF52I
https://t.co/pm0T7OQmXY
RT @techeblog: This new type of ice neither floats nor sinks. #science #technologynews https://t.co/0bsIetCqM8
Scientists Discover Amorphous Ice That's Weirdly Similar to Liquid Water https://t.co/0X2ckXGyti
A form of ice found only in outer space has made its way to research labs on Earth. Researchers at the University of Cambridge were able to create a new form of ice -- medium density amorphous ice -- that is thought to only exist on distant moons, and https://t.co/mRpMbDpC8m
Mind blow is back https://t.co/0iRiYHZmyr
Mind Blow è tornato!!!
If you ever want to go into a crazy rabbit hole on this lovely Friday afternoon, I recommended looking into the history of ice. Yep… ice. https://t.co/15h7twucci
I love watching Vsauce vids and hearing about new technology https://t.co/FoIzO05732
You know they like to give @realDonaldTrump shit all the time. Well isn’t this bringing light into the body to cure a drug resistant disease? Where’s his credit?... https://t.co/kcBMmzFbq1 via @YouTube
RT @VsauceTwo: Killer Robot Inside You -- Mind Blow [new video] --> https://t.co/1pzM8xj3pE https://t.co/NYkbxhWjyt
I liked a YouTube video https://t.co/aKbMatNCDw Mind Blow IS BACK!!! -- Killer Robot Inside You
Want your mind to be blown?? this series is awesome!!!! Mind Blow IS BACK!!! -- Killer Robot Inside You https://t.co/xxdiDw3nAq via @YouTube
RT @VsauceTwo: Killer Robot Inside You -- Mind Blow [new video] --> https://t.co/1pzM8xj3pE https://t.co/NYkbxhWjyt
RT @VsauceTwo: Killer Robot Inside You -- Mind Blow [new video] --> https://t.co/1pzM8xj3pE https://t.co/NYkbxhWjyt
RT @VsauceTwo: Killer Robot Inside You -- Mind Blow [new video] --> https://t.co/1pzM8xj3pE https://t.co/NYkbxhWjyt
RT @VsauceTwo: Killer Robot Inside You -- Mind Blow [new video] --> https://t.co/1pzM8xj3pE https://t.co/NYkbxhWjyt
Mind Blow is back! https://t.co/Nov6wiDQDy
RT @VsauceTwo: Killer Robot Inside You -- Mind Blow [new video] --> https://t.co/1pzM8xj3pE https://t.co/NYkbxhWjyt
RT @VsauceTwo: Killer Robot Inside You -- Mind Blow [new video] --> https://t.co/1pzM8xj3pE https://t.co/NYkbxhWjyt
https://t.co/jo07HlqvYu
RT @VsauceTwo: Killer Robot Inside You -- Mind Blow [new video] --> https://t.co/1pzM8xj3pE https://t.co/NYkbxhWjyt
Killer Robot Inside You -- Mind Blow [new video] --> https://t.co/1pzM8xj3pE https://t.co/NYkbxhWjyt
@KentaroOnizuka 【Scientists Discover Amorphous Ice That's Weirdly Similar to Liquid Water The team "shook the ice like crazy" to create a previously unknown form of H2O. https://t.co/BVmM4eaIZb】
中密度アモルファス氷（MDA:medium-density amorphous ice）」の生成に成功 中密度アモルファス氷から通常の氷に再結晶化するときに大量の熱（エネルギー）を放射する 地殻の構造運動に影響を与えている可能性も https://t.co/PxUP5MbVmW
Existe una veintena de tipos de hielo, la mayoría cristalinos. Acaban de descubrir un 3er tipo de hielo no cristalino (“hielo amorfo de densidad media”). Nuevo conocimiento para comprender mejor el cosmos y generar nuevas tecnologías. https://t.co/XEWBW0PGue https://t.co/t6NzUGXJJB
アイスナイン思い出す アイスナインしか思い出さない https://t.co/F87n9dBUTw
https://t.co/Kgsjd4suwX
RT @DECTRIS_News: What does ball milling do to ice? Researchers from University College London look into the question using theoretical an…
RT @DECTRIS_News: What does ball milling do to ice? Researchers from University College London look into the question using theoretical an…
RT @DECTRIS_News: What does ball milling do to ice? Researchers from University College London look into the question using theoretical an…
What does ball milling do to ice? Researchers from University College London look into the question using theoretical and experimental techniques such as #SAXS and #PXRD https://t.co/7lM2g0Snp9
Link: https://t.co/bMT132wxmk #Astrobiologia #SBAstrobio #astrobiology #sociedadebrasileiradeastrobiologia #like #science #divulgaçãocientífica #comunicações #ComunicaçõesSBAstrobio #gelo #ice
New Form of Ice Discovered: Medium-Density Amorphous Ice | https://t.co/YjH2sosjMA https://t.co/AFXjQkjI2x
New Form of Ice Discovered: Medium-Density Amorphous Ice | https://t.co/R5Z2jxJXPN https://t.co/AtU715U79p
New Form of Ice Discovered: Medium-Density Amorphous Ice | https://t.co/aBQcBOGOm0 https://t.co/jN3YXZOnmB
RT @weathernetwork: A new form of lab-created ice, medium-density amorphous ice (MDA), could hold clues about how ice interacts with nature…
RT @ItsAMatWorldPod: Check out our latest video! A new type of Ice? | RRR ep. 14 https://t.co/uS8BBK3Qvl
RT @ItsAMatWorldPod: Check out our latest video! A new type of Ice? | RRR ep. 14 https://t.co/uS8BBK3Qvl
RT @LiveScience: Researchers have created a never-before-seen form of ice with a disorganized structure and a density almost exactly that o…
how utterly amazing is H2O? do we have a winner of the next #MinCup? https://t.co/eNqus0Qagg
Nueva forma de hielo https://t.co/Ns8bu7WMNC
RT @LiveScience: Researchers have created a never-before-seen form of ice with a disorganized structure and a density almost exactly that o…
RT @LiveScience: Researchers have created a never-before-seen form of ice with a disorganized structure and a density almost exactly that o…
RT @LiveScience: Researchers have created a never-before-seen form of ice with a disorganized structure and a density almost exactly that o…
RT @LiveScience: Researchers have created a never-before-seen form of ice with a disorganized structure and a density almost exactly that o…
Researchers have created a never-before-seen form of ice with a disorganized structure and a density almost exactly that of liquid water. https://t.co/sDJiIKRaw5
Check out our latest video! A new type of Ice? | RRR ep. 14 https://t.co/uS8BBK3Qvl
Scientists created a weird new type of ice that is almost exactly as dense as water https://t.co/DXUVRTNeyF
Scientists created a #weird new #type of #ice that is almost exactly as dense as water https://t.co/Xn3ZeMKoul https://t.co/F2faPi6ODA
Scientists Discover Amorphous Ice That Resembles Liquid Water https://t.co/T7cxzRbMKA
Open Access UCL Research: Medium-density amorphous ice - UCL Discovery https://t.co/xdZqNQEduO
If you ever want to go into a crazy rabbit hole, I recommended looking into the history of ice. Yep… ice.
Did you know there are currently 20 different forms of ice scientists know about? Learn about how ice can take on many different forms, and about the newest form discovered earlier this year, named "medium-density amorphous ice". (1/2) https://t.co/nQpvKQY4ui
RT @sorae_jp: 新しい氷「中密度非晶質氷」を合成？ 氷天体には豊富に存在する可能性も https://t.co/5dDG3Dw3UP #sorae @Science_Release https://t.co/RK3CmsFk7n
Scientists Discover Amorphous Ice That's Weirdly Similar to Liquid Water https://t.co/KRWUgsazK0
RT @ScienceMagazine: A new form of “medium-density” amorphous ice has been discovered, researchers report in Science. The results suggest…
RT @LiveScience: Researchers have created a never-before-seen form of ice https://t.co/nn23Jr9Xfs
新しい氷「中密度非晶質氷」を合成？ 氷天体には豊富に存在する可能性も https://t.co/Eja8epS5tN
新しい氷「中密度非晶質氷」を合成？ 氷天体には豊富に存在する可能性も https://t.co/IA3mz491CA #スマートニュース
新しい氷「中密度非晶質氷」を合成？ 氷天体には豊富に存在する可能性も https://t.co/ueP8e3iqRx #スマートニュース
RT @TSHamiltonAstro: Very interesting! Given its disordered molecular structure, this could be a *glass* phase of ice, "medium-density amo…
新しい氷「中密度非晶質氷」を合成？ 氷天体には豊富に存在する可能性も https://t.co/fa2JWmMvcs @sorae_jpより
RT @sorae_jp: 新しい氷「中密度非晶質氷」を合成？ 氷天体には豊富に存在する可能性も https://t.co/5dDG3Dw3UP #sorae @Science_Release https://t.co/RK3CmsFk7n
The new ice, known as medium-density amorphous ice, upends what we know about water because although it’s solid, its molecular structure closely resembles that of liquid water. It shows we’ve still got a lot to learn about H2O.
RT @sorae_jp: 新しい氷「中密度非晶質氷」を合成？ 氷天体には豊富に存在する可能性も https://t.co/5dDG3Dw3UP #sorae @Science_Release https://t.co/RK3CmsFk7n
Scientists created a weird new type of ice that is almost exactly as dense as water https://t.co/bmL97NXqyJ https://t.co/2CLYAGi6wV
https://t.co/BpSQzWHQin
RT @icddicdd: Amorphous ices govern a range of cosmological processes and are potentially key materials for explaining the anomalies of liq…
RT @ScienceMagazine: A new form of “medium-density” amorphous ice has been discovered, researchers report in Science. The results suggest…
RT @ScienceMagazine: A new form of “medium-density” amorphous ice has been discovered, researchers report in Science. The results suggest…
RT @icddicdd: Amorphous ices govern a range of cosmological processes and are potentially key materials for explaining the anomalies of liq…
Amorphous ices govern a range of cosmological processes and are potentially key materials for explaining the anomalies of liquid water. https://t.co/E0caIR8PZQ https://t.co/tZhgWxcQ9I
RT @ScienceMagazine: A new form of “medium-density” amorphous ice has been discovered, researchers report in Science. The results suggest…
RT @ScienceMagazine: A new form of “medium-density” amorphous ice has been discovered, researchers report in Science. The results suggest…
RT @ScienceMagazine: A new form of “medium-density” amorphous ice has been discovered, researchers report in Science. The results suggest…
RT @ScienceMagazine: A new form of “medium-density” amorphous ice has been discovered, researchers report in Science. The results suggest…
RT @ScienceMagazine: A new form of “medium-density” amorphous ice has been discovered, researchers report in Science. The results suggest…
RT @ScienceMagazine: A new form of “medium-density” amorphous ice has been discovered, researchers report in Science. The results suggest…
ScienceMagazine: A new form of “medium-density” amorphous ice has been discovered, researchers report in Science. The results suggest that water is more complex at low temperatures than previously recognized. https://t.co/bE6NpaqjzN #ScienceResearch https://t.co/56SwnFukV0
RT @ScienceMagazine: A new form of “medium-density” amorphous ice has been discovered, researchers report in Science. The results suggest…
RT @ScienceMagazine: A new form of “medium-density” amorphous ice has been discovered, researchers report in Science. The results suggest…
RT @ScienceMagazine: A new form of “medium-density” amorphous ice has been discovered, researchers report in Science. The results suggest…
RT @ScienceMagazine: A new form of “medium-density” amorphous ice has been discovered, researchers report in Science. The results suggest…
RT @ScienceMagazine: A new form of “medium-density” amorphous ice has been discovered, researchers report in Science. The results suggest…
RT @ScienceMagazine: A new form of “medium-density” amorphous ice has been discovered, researchers report in Science. The results suggest…
RT @ScienceMagazine: A new form of “medium-density” amorphous ice has been discovered, researchers report in Science. The results suggest…
A new form of “medium-density” amorphous ice has been discovered, researchers report in Science. The results suggest that water is more complex at low temperatures than previously recognized. https://t.co/PwxnaCRsbd #ScienceResearch https://t.co/dI35djPcLp
RT @javiergarciamar: just when we thought that we knew everything about water, scientists create a weird new type of ice that is almost exa…
Nueva forma amorfa de #hielo, con densidad semejante al H2O liquido https://t.co/vUVWQNf51U
RT @german_sierra: Amorphous ices govern a range of cosmological processes https://t.co/qqCEfKzv3F
RT @ScienceMagazine: A new form of “medium-density” amorphous ice has been discovered, researchers report in Science. The results suggest…
RT @ScienceMagazine: A new form of “medium-density” amorphous ice has been discovered, researchers report in Science. The results suggest…
RT @ScienceMagazine: A new form of “medium-density” amorphous ice has been discovered, researchers report in Science. The results suggest…
RT @ScienceMagazine: A new form of “medium-density” amorphous ice has been discovered, researchers report in Science. The results suggest…
ScienceMagazine: A new form of “medium-density” amorphous ice has been discovered, researchers report in Science. The results suggest that water is more complex at low temperatures than previously recognized. https://t.co/7Yafv3AOoU #ScienceResearch https://t.co/gfcVL97PuF
RT @ScienceMagazine: A new form of “medium-density” amorphous ice has been discovered, researchers report in Science. The results suggest…
RT @ScienceMagazine: A new form of “medium-density” amorphous ice has been discovered, researchers report in Science. The results suggest…
RT @ScienceMagazine: A new form of “medium-density” amorphous ice has been discovered, researchers report in Science. The results suggest…
A new form of “medium-density” amorphous ice has been discovered, researchers report in Science. The results suggest that water is more complex at low temperatures than previously recognized. https://t.co/HXtvLVBsgb #ScienceResearch https://t.co/EWpKyNweci
Amorphous ices govern a range of cosmological processes https://t.co/qqCEfKzv3F
RT @manuelacasasoli: The discovery of a new form of #ice, called medium-density amorphous ice, is "opening a door to studying water’s myste…
後で読む Medium-density amorphous ice https://t.co/G8LL7vt9nQ
水に浮かばないし沈まない。まったく新しいタイプの氷を作成。宇宙で自然形成されている可能性も https://t.co/parb1mJPpZ Medium-density amorphous ice | Science https://t.co/bH3GwuRohf
RT @scispace_: This discovery raises questions about existing models of water and could be the starting point for explaining liquid water.…
This discovery raises questions about existing models of water and could be the starting point for explaining liquid water. Don't miss out!
RT @javiergarciamar: just when we thought that we knew everything about water, scientists create a weird new type of ice that is almost exa…
Medium-density amorphous ice https://t.co/FZbp1yVy8A
RT @LaBiozona: puedes consultar el articulo aquí: https://t.co/pESzztWkw4
RT @polistudium: È stato scoperto una nuova forma di ghiaccio mai vista prima, che potrebbe aiutarci a comprendere meglio le proprietà dell…
È stato scoperto una nuova forma di ghiaccio mai vista prima, che potrebbe aiutarci a comprendere meglio le proprietà dell'acqua. La scoperta è stata pubblicata su Science https://t.co/aSD5GCwigM Qui un articolo di commento https://t.co/YXbecLxaGK #science #medicalwriting https://t.co/N66UfLgVBJ
RT @Hyutyan1041: Medium-density amorphous ice 中密度非結晶氷を77K（マイナス196℃）から153K（マイナス120℃）に加熱したところ、通常の氷の結晶構造に変化していると判明 何を言ってるか色々わからねぇが つまりだ。水に浮か…
RT @Hyutyan1041: Medium-density amorphous ice 中密度非結晶氷を77K（マイナス196℃）から153K（マイナス120℃）に加熱したところ、通常の氷の結晶構造に変化していると判明 何を言ってるか色々わからねぇが つまりだ。水に浮か…
【水のような存在】最も身近にありながら謎の多い物質が「水」です。新たに発見された「中密度アモルファス氷」はこれまで分かっていたアモルファス氷と異なり水と同じ密度を持ちます。お水の不思議！水の謎がさらに深まりました
Medium-density amorphous ice 中密度非結晶氷を77K（マイナス196℃）から153K（マイナス120℃）に加熱したところ、通常の氷の結晶構造に変化していると判明 何を言ってるか色々わからねぇが つまりだ。水に浮かない氷の精製に成功したという、どうかしてる論文ってことだ https://t.co/NWnbSiJQmt
RT @CBBaileyLab: We think we know a ton about water...and then a new form of ice is discovered...lol https://t.co/UuffgURAYX
RT @ProfIsAlMadany: العلماء يكتشفون نوعاًجديداًمن الثلج لا شكل له،حيث إن الثلج عادة يكون على شكل بلورات منتظمة،فالعلماء مازالوايجهلون الكثي…
Medium-density amorphous ice https://t.co/M4ipx4exyI
RT @manuelacasasoli: The discovery of a new form of #ice, called medium-density amorphous ice, is "opening a door to studying water’s myste…
RT @javiergarciamar: just when we thought that we knew everything about water, scientists create a weird new type of ice that is almost exa…
RT @javiergarciamar: just when we thought that we knew everything about water, scientists create a weird new type of ice that is almost exa…
RT @manuelacasasoli: The discovery of a new form of #ice, called medium-density amorphous ice, is "opening a door to studying water’s myste…
Medium-density amorphous ice https://t.co/j8xGuPkjpW