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The discussions feature numerous comments expressing excitement about energy-efficient cooling methods, such as references to 'energy-free cooling' and innovations that could combat rising temperatures. Phrases such as 'needs to be commercialized yesterday' and 'this is really cool' showcase a sense of urgency and interest, while others speculate on potential applications, pointing to a recognition of the relevance and impact of this technology.
Most discussions express a favorable viewpoint towards the principles outlined in the publication, indicating general alignment with the technology's potential benefits.
Participants demonstrate strong curiosity about the topic, highlighting the relevance of energy-efficient cooling technologies in the context of increasing global temperatures.
While there are some deeper discussions on practical implications, many posts simply express enthusiasm without delving deeply into technical details.
Overall, there is a shared belief that this research could significantly influence future cooling technologies and environmental practices.
A wiedzieliście, że istnieją już materiały, które pasywnie chłodzą zamiast grzać? Taki odwrócony efekt cieplarniany! Ja się właśnie dowiedziałem! https://t.co/6yznQ9aeSC
https://t.co/MmTE2xqKEy
#EnergyFreeCooling #Cooling #IRcooling #ClimateActionScience #ClimateAction https://t.co/73XozzytrJ
@BellikOzan @Neo_EimajOzear @shai_machnes Could something like the new superlight aerogel metafabric passive cooling materials work for this? https://t.co/VvoH9uyccw https://t.co/q9247ATbar
High-performance subambient radiative cooling enabled by optically selective and thermally insulating polyethylene aerogel https://t.co/IlDm6u6mFD
So cool! Radiative cooling, radiating ambient surface heat into space. Inverse greenhouses. Needs to be commercialized yesterday... "Energy Free Cooling through Physics" on YouTube https://t.co/Vv4aQdzVpk
This video discusses the advancements in polyethylene aerogel, enabling high solar reflectance and low thermal conductivity to enhance daytime radiative cooling. The aerogel can provide significant cooling power and…
Cool video about radiative cooling. Skip to 9 minutes to get the important message : Radiative cooling can be more cost effective than Solar + AC.. https://t.co/GN4D8ccqVx
https://t.co/T6VujGws3Z
Muy interesante https://t.co/8WcBDnj4l8
https://t.co/ORtSrXTOfk
RT @ushinedatme: @PatilPriyanca @sreenshri this yrsscorching northern hemisphere summer comes2 an end,we cannot let it recede from view.Wit…
@PatilPriyanca @sreenshri this yrsscorching northern hemisphere summer comes2 an end,we cannot let it recede from view.With every possibility that the summerOf2024and EachSummer Energy Free Cooling through Physics https://t.co/4i2QWKjdRM
@rhosking252 This yr'sScorching NorthernHemisphere SummerComes2anEnd,Vcannot LetItRecede Fromview.WithEveryPossibility ThatTheSummerOf2024 EachSummer BeyondThat'llBWorseVneed2MakeRealProgressOnCooling TechnologiesSolutionsNow Energy Free Cooling through Physics @wef https://t.co/4i2QWKjdRM
RT @ushinedatme: As this year'sScorchingNorthernHemisphere summer comes2anEnd,we cannot let it recede from view.With every possibility that…
As this year'sScorchingNorthernHemisphere summer comes2anEnd,we cannot let it recede from view.With every possibility that theSummerOf2024and EachSummer beyondThat'll bWorse,Vneed2 makeRealProgress EnergyFree CoolingThroughPhysics @wef @UN @RockyMtnInst https://t.co/4i2QWKjdRM
Energy Free Cooling through Physics https://t.co/iiCYrM38q0
@priveeru Si tu ne déplaces pas l'eau, tu fais comment pour déplacer la chaleur? :) Sinon il existe d'autres solutions en effet mais c'est pas pour les bidouilleurs, c'est plus de la recherche avancée: https://t.co/zslUkEiYGD
Energy Free Cooling through Physics https://t.co/dghzcdUoYm via @YouTube
Pour notre grocervo national @Velvetshadow https://t.co/YRfwN49TrL
Energy Free Cooling through Physics https://t.co/wodrSCDVOV via @YouTube
Energy Free Cooling through Physics https://t.co/BR5psMIZFG via @YouTube
Energy Free Cooling through Physics https://t.co/yddQ9TY7Xy
I hope someone can come up with a solution that is not very expensive and can be commercially viable. If we can get rid of ACs and reduce global warming through physics
Energy Free Cooling through Physics https://t.co/Z8rqilh6iV via @YouTube
Stromfreie passive Kühlung, die eigentlich zu gut klingt, um wahr zu sein. Das ging an mir völlig vorbei. https://t.co/H4zgK7Wn7S
"Energy Free Cooling through Physics" https://t.co/zw80wXCbSv
Energy Free Cooling through Physics https://t.co/9aJsxdovu4 via @YouTube
https://t.co/SsPvW0cUqB
Energy Free Cooling through Physics https://t.co/XknYnysQQw via @YouTube
A wiedzieliście, że istnieją już materiały, które pasywnie chłodzą zamiast grzać? Taki odwrócony efekt cieplarniany! Ja się właśnie dowiedziałem! https://t.co/6yznQ9aeSC
Energy Free Cooling through Physics https://t.co/6J4sLVURk8 via @YouTube
Energy Free Cooling through Physics https://t.co/DBLA9iUb9b via @YouTube
Energy Free Cooling through Physics https://t.co/Y1Jsk9uSbO via @YouTube this is easy to understand and really interesting.
RT @baditaflorin:
@Asif1Stop @Robbbie_Strange @manisnotacamel @TheTyee https://t.co/yBiH4SIKvJ. Or better on a molecular level https://t.co/WYX7tmwUKt
@SueDinNY It would help if you watched ⬇️https://t.co/RwWUfBlBxc
@SueDinNY The physics of radiation absorption & energy transfer between molecules including the influence of gas pressure,is the same in both cases We know EXACTLY which light frequencies are & which are not absorbed by co2 If we didn't,we could not build co2 lasers https://t.co/RwWUfBlBxc
@SueDinNY Co2 is "transparent" to sunlight, it doesn't deflect sunlight away from earth I built co2 lasers, i am intimately familiar with the properties of co2 & the physics of radiation absorption You are, sadly mistaken An correct high level explanation is here https://t.co/RwWUfBlBxc
aerogel
@shafercw @MattSliva @WTRF7News It's ok Big Fossil Sheeple, next you will call co2 plant food. Anything can be a pollutant if there's too much of it in the wrong place. A lung full of water & of 70% co2 would be equally deadly. As is the wrong amount of insulin injected https://t.co/RwWUfBlBxc
https://t.co/RrkgufRZSK
Energy Free Cooling through Physics https://t.co/xlrE0UDhZx via @YouTube
Energy Free Cooling through Physics https://t.co/0E32Rkd2dH via @YouTube
Free cooling through physics https://t.co/wu403VSRXM
Energy Free Cooling through Physics https://t.co/jtMFfwGe8U via @YouTube. Perfectly named Channel: “But Why”
Interesting stuff! https://t.co/A1N0qFymrF
Reverse Greenhouse: Energy Free Cooling through Physics https://t.co/UTFqeNyttx via @YouTube
Passiv kjøling, altså... Sliter fortsatt med å få dette til å gi helt mening, men uansett dritkult om det kan benyttes til kjøling av biler og hus! https://t.co/20QI56iYQm
@gbmillion @NotiviviendaSLP @ClareSaxon The ground is what retains heat overnight & emits long wave infrared radiation which CO2 absorbs, which is why nights are warming faster. Temperature is the average kinetic energy of a substance & individual excited CO2 are rapidly vibrating. https://t.co/PVhN2GWczf
https://t.co/lj1KIE55Gb this yes
RT @TheAngelKing47: https://t.co/MmTE2xqKEy
https://t.co/MmTE2xqKEy
Amazing. Such innovators are the real celebrities. :) https://t.co/ZDafmGIhf0
Energy Free Cooling through Physics https://t.co/clKn1CuqOx via @YouTube
@BellikOzan @Neo_EimajOzear @shai_machnes Could something like the new superlight aerogel metafabric passive cooling materials work for this? https://t.co/VvoH9uyccw https://t.co/q9247ATbar
Not what I intended to be typing/sharing, but there you go I was watching this, and THIS is what I wanted to share...which got me thinking bout our Current_State of systems https://t.co/H52r1xdn61
Energy Free Cooling through Physics https://t.co/CIWqDS1yEO via @YouTube
Combined with passive cooling materials this could be a much nicer heat/cool system. https://t.co/iZJnpbHlzU If I am ever able to design my own house I want to implement these, but we need legislated incentives for these technologies to be widely adopted. 3/?
https://t.co/PBTZVPxYhL
A science video about heat transfer and cooling that ended up being very engineering oriented. It uses very graphic models that thoroughly explain the thought process and it cites sources to especulative future products. I really liked it. https://t.co/cuCPSQ7Zah
Energy free cooling https://t.co/4Z91tj5bd0
Energy Free Cooling through Physics https://t.co/Izx2WyPfvi
This will be the best video you watch in 2022. INVERSE PANELS. 30 degrees cooler whoa. Aerogel. https://t.co/heErXEDbkt
Energy Free Cooling through Physics https://t.co/Fv4x4zqLdg via @YouTube
Energy Free Cooling through Physics https://t.co/Ctrizkr0Pj via @YouTube
So cool! Radiative cooling, radiating ambient surface heat into space. Inverse greenhouses. Needs to be commercialized yesterday... "Energy Free Cooling through Physics" on YouTube https://t.co/Vv4aQdzVpk
RT @rocits: #EnergyFreeCooling #Cooling #IRcooling #ClimateActionScience #ClimateAction https://t.co/73XozzytrJ
RT @rocits: #EnergyFreeCooling #Cooling #IRcooling #ClimateActionScience #ClimateAction https://t.co/73XozzytrJ
#EnergyFreeCooling #Cooling #IRcooling #ClimateActionScience #ClimateAction https://t.co/73XozzytrJ
weird vid graphics, but this is an excellent material science vid, at least audio wise. I think we could really change the world with some of these materials. https://t.co/Y8EsKvjjU8
#Singapore should look at this for our LTPR. Energy Free Cooling through Physics https://t.co/cwP4pTVd1P via @YouTube
Energy Free Cooling through Physics https://t.co/EQwvplItt1 via @YouTube
If you think quantum is not important to you? https://t.co/my0YGnXAHa
Passive cooling materials are going to be big in the coming decades. Really cool stuff (no pun intended). https://t.co/VRAIi9vilP
@elonmusk @TeslaSolar Could a layer of this aerogel make #solarpanels perform better in hot environments, by cooling them down with physical free energy cooling principle? https://t.co/qCQy4Dnabt
"Energy Free Cooling through Physics" https://t.co/LW6SlzlzU2
@rpool @newyorknadia_ @Fayze123 @Bobcat8403 @mother_american @JcVasquez52 @club_ed8 @VoiceOfReasonNW @DuzanAngela @FReddiejaywrite @MikeBatkins @Freedom4Red4 @danielvance19 @photobyluke @0u8up2 @Lori_J_Drabek @JohnBen30549105 @Chlanandria @thevivafrei @rogerwaters @DuckDuckGo Super nifty! https://t.co/a0IbHRzDwI
High-performance subambient radiative cooling enabled by optically selective and thermally insulating polyethylene aerogel https://t.co/riK9qAb1rJ
High-performance subambient radiative cooling enabled by optically selective and thermally insulating polyethylene aerogel https://t.co/IlDm6u6mFD
This seems really cool --> passive cooling! --> High-performance subambient radiative cooling enabled by optically selective and thermally insulating polyethylene aerogel https://t.co/hpYPYeRV0z
High-performance subambient radiative cooling enabled by optically selective and thermally insulating polyethylene aerogel https://t.co/ZykgmgI3oR
High-performance subambient radiative cooling enabled by optically selective and thermally insulating polyethylene aerogel - https://t.co/UoDi6ZfIsl
High-performance subambient radiative cooling enabled by optically selective and thermally insulating polyethylene aerogel https://t.co/RcC1VoBamw