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The collective discussions consistently emphasize the innovative use of nanorods and other aerosols to efficiently warm Mars, with words like 'feasible,' 'promising,' and 'game changer,' illustrating genuine excitement and recognition of impact; examples include references to studies demonstrating the effectiveness of nanoparticles and speculative ideas about planetary engineering, showing both scientific curiosity and forward-looking optimism.
Most discussions support the feasibility and potential of using nanoparticles to terraform Mars, indicating general agreement with the publication's ideas.
Posts reflect a high level of curiosity and enthusiasm, especially with mentions of ongoing research and technical details about nanorods and atmospheric warming.
Many participants reference specific studies, methods, and implications, showing moderate to deep engagement with the scientific concepts.
Discussions suggest that this research could significantly influence future space exploration and terraforming efforts, highlighting its potentially transformative effect.
If we ever want to populate other planets, Mars is the obvious test case. But how will we make the red planet habitable for humans? Today, I look at a recent crazy idea to warm up Mars sufficiently to melt the water. https://t.co/Ldh2KLFqc1
Terraforming Mars with just 5 million tons of 9 micron nanorods: https://t.co/QVmZziAJIi These nanoparticles can be made in-situ and are 5000x more effective than any greenhouse gas at warming up the planet, leading to a +30°C temperature rise. https://t.co/PTf4i9FRux
Referencia: Feasibility of keeping Mars warm with nanoparticles. Samaneh Ansari et al. Sci. Adv. 10,eadn4650(2024). DOI 10.1126/sciadv.adn4650
A novel, theoretical proposal to warm Mars suggests using metal nanorods to thicken the planet’s atmosphere, trap more heat, and eventually melt subsurface water. https://t.co/awPvoWOuf5 @ScienceAdvances https://t.co/J7QN6EDSwI
A novel, theoretical proposal to warm Mars suggests using metal nanorods to thicken the planet’s atmosphere, trap more heat, and eventually melt subsurface water. https://t.co/cphumT4p1s @ScienceAdvances https://t.co/PPqWQZiWqZ
Feasibility of keeping Mars warm with nanoparticles | Science Advances https://t.co/thwqG5Zb3s
Terraforming a planet involves changing its conditions to support terrestrial life. This method explores using nanoparticles to scatter sunlight and block infrared heat, potentially raising Mars' temperature and melting…
Researchers propose using engineered dust particles to warm Mars by over 50 degrees Fahrenheit, making it more habitable. This method is significantly more efficient than previous techniques and could transform Mars for…
Exploring a novel approach using nanoparticles to increase Mars' temperature by scattering sunlight and blocking infrared heat, potentially melting surface ice and creating a habitable environment for future…
This video explores the idea of using nanoparticles to warm Mars by scattering sunlight and blocking infrared heat. The method could increase temperatures by 30 Kelvin over a decade, aiding future colonization efforts.
This study demonstrates that persistent chemicals like PFOS and Nafion can be broken down into fluorine ions under mild conditions using visible light and nanocrystal catalysts, offering an eco-friendly waste treatment…
@Robotbeat Focus on the nanorods. They'll keep you warm while the indigestion passes: https://t.co/JV6UW9a8WY
@ladanuzhna @Pioneer__Labs https://t.co/Wbc3u4Zubo , https://t.co/thwqG5Zb3s , and https://t.co/Q1kaDuLSuV ?
@CarsonGallo @Truthful_ast Park a lodestone (Fe₃O₄) in the L1 Lagrange point. Finding a big enough rock would be no easy task though. For All Mankind season 3/4 depict what would be involved. https://t.co/EXoQmgOV1r
@Mackieangrybea2 @Truthful_ast That's potentially fixable by parking a magnetic rock in the L1 Lagrange point. Getting a big enough rock would be no easy task. For All Mankind Season 3/4 shows what might be involved (it isn't easy). https://t.co/EXoQmgOV1r
A terraformed Mars atmosphere (160–210 mbar) with 50% O₂ (80–105 mbar) and 50% CO₂/H₂O vapor, enabled by electrolysis and nanorods, supports a water cycle with liquid water. Nanorods enhance warming by >30 K, per Ansari et al. (2024, Science Advances). https://t.co/1wch83unc0
@CJHandmer @PhilipJohnst0n https://t.co/EAiR4AbbiH What Casey's referring to https://t.co/GPhj6UGlF7
@KYKYPY3A_B @solar_circle Почему то никто не говорит о новом исследовании, где говорится что можно нагреть Марс за ~20 лет при помощи очень маленьких частичек, которые будут задерживать тепло в атмосфере. Исследование: https://t.co/KAvlJPScgw
@elonmusk @realDonaldTrump @NASA https://t.co/IGLbDc1nIN
@BarnettforAZ @elonmusk https://t.co/FTP53IG3fZ
"Feasibility of keeping Mars warm with nanoparticles" There is an enormous amount of research going on in this area. This is one of the more interesting ideas I have seen. Let me know if you are planning to go to Mars (and then if I can have all your apple hardware that you https://t.co/uRgwjXbwBG
Feasibility of keeping Mars warm with nanoparticles
RT @edwinkite: Feasibility of keeping Mars warm with nanoparticles | Science Advances https://t.co/thwqG5Zb3s
https://t.co/NbsXvvUSJ9
https://t.co/0ODX21Lfqc
Feasibility of keeping Mars warm with nanoparticles
@KYKYPY3A_B @the_gozo Почему то никто не говорит о новом исследовании, где говорится что можно нагреть Марс за ~20 лет при помощи очень маленьких частичек, которые будут задерживать тепло в атмосфере Исследование: https://t.co/KAvlJPScgw
New Way to Warm Mars in One Year | Edwin Kite and Robin Wordsworth https://t.co/6EvnLbC2nE via @YouTube
RT @zitelmann_en: New idea that could make it easier to warm Mars and turn it into a second Earth (terraforming) https://t.co/7XqC0KluBr
New idea that could make it easier to warm Mars and turn it into a second Earth (terraforming) https://t.co/7XqC0KluBr
https://t.co/d6qDAu6wag
RT @ToughSf: Terraforming Mars with just 5 million tons of 9 micron nanorods: https://t.co/QVmZziAJIi These nanoparticles can be made in-si…
RT @ToughSf: Terraforming Mars with just 5 million tons of 9 micron nanorods: https://t.co/QVmZziAJIi These nanoparticles can be made in-si…
RT @ToughSf: Terraforming Mars with just 5 million tons of 9 micron nanorods: https://t.co/QVmZziAJIi These nanoparticles can be made in-si…
RT @ToughSf: Terraforming Mars with just 5 million tons of 9 micron nanorods: https://t.co/QVmZziAJIi These nanoparticles can be made in-si…
RT @ToughSf: Terraforming Mars with just 5 million tons of 9 micron nanorods: https://t.co/QVmZziAJIi These nanoparticles can be made in-si…
RT @ToughSf: Terraforming Mars with just 5 million tons of 9 micron nanorods: https://t.co/QVmZziAJIi These nanoparticles can be made in-si…
RT @ToughSf: Terraforming Mars with just 5 million tons of 9 micron nanorods: https://t.co/QVmZziAJIi These nanoparticles can be made in-si…
RT @ToughSf: Terraforming Mars with just 5 million tons of 9 micron nanorods: https://t.co/QVmZziAJIi These nanoparticles can be made in-si…
RT @ToughSf: Terraforming Mars with just 5 million tons of 9 micron nanorods: https://t.co/QVmZziAJIi These nanoparticles can be made in-si…
RT @ToughSf: Terraforming Mars with just 5 million tons of 9 micron nanorods: https://t.co/QVmZziAJIi These nanoparticles can be made in-si…
RT @ToughSf: Terraforming Mars with just 5 million tons of 9 micron nanorods: https://t.co/QVmZziAJIi These nanoparticles can be made in-si…
RT @ToughSf: Terraforming Mars with just 5 million tons of 9 micron nanorods: https://t.co/QVmZziAJIi These nanoparticles can be made in-si…
RT @ToughSf: Terraforming Mars with just 5 million tons of 9 micron nanorods: https://t.co/QVmZziAJIi These nanoparticles can be made in-si…
RT @ToughSf: Terraforming Mars with just 5 million tons of 9 micron nanorods: https://t.co/QVmZziAJIi These nanoparticles can be made in-si…
Terraforming Mars with just 5 million tons of 9 micron nanorods: https://t.co/QVmZziAJIi These nanoparticles can be made in-situ and are 5000x more effective than any greenhouse gas at warming up the planet, leading to a +30°C temperature rise. https://t.co/PTf4i9FRux
https://t.co/Ka1R25heVr
Терраформинг Марса за 10 лет: - климат в диапазоне 0-20 градусов на большинстве поверхности - атмосфера даст возможность выращивать агропродукты, даже виноград - количество кислорода все равно будет низким для людей, нужен будет дыхательный аппарат https://t.co/jKXuzgEkRk
Lol, terraforming Mars... https://t.co/iwABoaef3A
https://t.co/UnRdaZtKbQ
@GadSaad https://t.co/1kpHYShcXI
How to Give Mars a Magnetic Shield https://t.co/O9JkieeJPG via @YouTube "How to Give Mars a Magnetic Shield." Classics: on "YouTube," merci. Seeing Into Space...
How to Give Mars a Magnetic Shield https://t.co/Ur0pHTEnIk via @YouTube Not as difficult as you might think
https://t.co/sm9DPAdJBj
New Way to Warm Mars in One Year | Edwin Kite and Robin Wordsworth https://t.co/JpVEaA0jeI via @YouTube
How to Give Mars a Magnetic Shield https://t.co/4sUpvPg5Cf via @YouTube
https://t.co/Qb0Pnsz4ud Watching this video, as the very first piece(s) of information I consume - and (clearly) what keeps me up at night.
How to Give Mars a Magnetic Shield https://t.co/tNIqcMGnFG
How to Give Mars a Magnetic Shield https://t.co/AjgfUOCusn via @YouTube
How to Give Mars a Magnetic Shield John Michael Godier https://t.co/co6kO2nz13
@MenneckeOtto @ESGhound https://t.co/iKVpMnUToh
New Way to Warm Mars in One Year | Edwin Kite and Robin Wordsworth https://t.co/jw3ZkEIASO via @YouTube
New Way to Warm Mars in One Year | Edwin Kite and Robin Wordsworth https://t.co/z8Tfu4BeBA via @YouTube
https://t.co/qGhsx6qfkP
New Way to Warm Mars in One Year | Edwin Kite and Robin Wordsworth Edwin Kite and Robin Wordsworth provide new means to Warm Mars within One Year https://t.co/nYVDKdCUMF
New Way to Warm Mars in One Year | Edwin Kite and Robin Wordsworth https://t.co/0lNpXFpKqy via @YouTube
How to Warm Mars in One Year ~ Edwin Kite and Robin Wordsworth
Feasibility of keeping Mars warm with nanoparticles. https://t.co/ElTNhUAyIp
[2409.03925] Feasibility of keeping Mars warm with nanoparticles https://t.co/53kNdWhjFB
[2409.03925] Samaneh Ansari et al.: Feasibility of keeping Mars warm with nanoparticles. link
RT @B4r7_: Jednym z klasycznych motywów science fiction jest terraformowanie Marsa: ocieplenie naszego zimnego sąsiada, aby mógł on utrzyma…
RT @B4r7_: Jednym z klasycznych motywów science fiction jest terraformowanie Marsa: ocieplenie naszego zimnego sąsiada, aby mógł on utrzyma…
RT @B4r7_: Jednym z klasycznych motywów science fiction jest terraformowanie Marsa: ocieplenie naszego zimnego sąsiada, aby mógł on utrzyma…
Jednym z klasycznych motywów science fiction jest terraformowanie Marsa: ocieplenie naszego zimnego sąsiada, aby mógł on utrzymać ludzką cywilizację. Pomysł ten może nie być aż tak niedorzeczny. https://t.co/WKT1UGsvM3 https://t.co/SrBC81gLds
New Study suggests Iron and Aluminum Nanoparticles could warm Mars's atmosphere faster and more efficiently than before. #EnvironmentalEngineering #TerraformMars https://t.co/khpxQbLvT9
RT @doctorfision: Referencia: Feasibility of keeping Mars warm with nanoparticles. Samaneh Ansari et al. Sci. Adv. 10,eadn4650(2024). DOI 1…
Will This Crazy Idea Make Mars Habitable? https://t.co/vA9AfsdJDc a través de @YouTube
مریخ میتواند با استفاده از پراکندگی نانوذرات مصنوعی، که به مراتب مؤثرتر از گازهای گلخانهای هستند، گرم شود. این روش میتواند به ذوب شدن یخهای موجود در سطح سیاره کمک کرده و در نتیجه آن، شرایط زندگی را در مریخ بهبود بخشد و آن را قابل سکونتتر کند. #فوری https://t.co/AYu0B63h8y
RT @doctorfision: Referencia: Feasibility of keeping Mars warm with nanoparticles. Samaneh Ansari et al. Sci. Adv. 10,eadn4650(2024). DOI 1…
@elonmusk @dogeofficialceo https://t.co/1iHP7l4a5P
RT @doctorfision: Referencia: Feasibility of keeping Mars warm with nanoparticles. Samaneh Ansari et al. Sci. Adv. 10,eadn4650(2024). DOI 1…
https://t.co/1iHP7l4a5P
RT @doctorfision: Referencia: Feasibility of keeping Mars warm with nanoparticles. Samaneh Ansari et al. Sci. Adv. 10,eadn4650(2024). DOI 1…
Referencia: Feasibility of keeping Mars warm with nanoparticles. Samaneh Ansari et al. Sci. Adv. 10,eadn4650(2024). DOI 10.1126/sciadv.adn4650
study, ‘Feasibility of keeping Mars warm with nanoparticles’, is published in the journal Science Advances
Will This Crazy Idea Make Mars Habitable? Sabine Hossenfelder @skdh #space #mars #science https://t.co/fYSyXxqeGh https://t.co/pqGw59FEsl
Will This Crazy Idea Make Mars Habitable? https://t.co/hqjFMnnxv7 via @YouTube
Feasibility of keeping Mars warm with nanoparticles | Science Advances https://t.co/UksZ73XGzJ
RT @skdh: If we ever want to populate other planets, Mars is the obvious test case. But how will we make the red planet habitable for human…
RT @skdh: If we ever want to populate other planets, Mars is the obvious test case. But how will we make the red planet habitable for human…
RT @skdh: If we ever want to populate other planets, Mars is the obvious test case. But how will we make the red planet habitable for human…
Mars could be warmed by scattering artificial nanoparticles, which are far more effective than greenhouse gases, potentially melting ice and making the planet more habitable. https://t.co/AVMiTlQ00G
https://t.co/cZssiCMkjG
RT @skdh: If we ever want to populate other planets, Mars is the obvious test case. But how will we make the red planet habitable for human…
RT @skdh: If we ever want to populate other planets, Mars is the obvious test case. But how will we make the red planet habitable for human…
Will This Crazy Idea Make Mars Habitable? https://t.co/hYEWGr5bcM via @YouTube Terraforming Mars, Elon, involves a built Spacing Fleet to harvest Ice Comets to plunk down on Mars. Then mining the Asteroid Belt to start making Modular Dyson Spheres to Focus the Sun towards Mars +
RT @skdh: If we ever want to populate other planets, Mars is the obvious test case. But how will we make the red planet habitable for human…
RT @skdh: If we ever want to populate other planets, Mars is the obvious test case. But how will we make the red planet habitable for human…
Will This Crazy Idea Make Mars Habitable? https://t.co/P9fD5v9WJf via @YouTube
Will This Crazy Idea Make Mars Habitable? https://t.co/kyj8dPGbIk via @YouTube
https://t.co/UnrRmlBWXZ Sabine Hossenfelder Update: 24.08.21-Will This Crazy Idea Make Mars Habitable? https://t.co/6KL36ZDtgQ
RT @skdh: If we ever want to populate other planets, Mars is the obvious test case. But how will we make the red planet habitable for human…
RT @skdh: If we ever want to populate other planets, Mars is the obvious test case. But how will we make the red planet habitable for human…
Will This Crazy Idea Make Mars Habitable? https://t.co/12vTF2SIuJ via @YouTube
I would say that would be an important priority....being able to breath on Mars. How else will cows be able to produce milk for ya coffee or smoothies.
RT @skdh: If we ever want to populate other planets, Mars is the obvious test case. But how will we make the red planet habitable for human…
RT @skdh: If we ever want to populate other planets, Mars is the obvious test case. But how will we make the red planet habitable for human…
RT @skdh: If we ever want to populate other planets, Mars is the obvious test case. But how will we make the red planet habitable for human…
RT @skdh: If we ever want to populate other planets, Mars is the obvious test case. But how will we make the red planet habitable for human…
RT @skdh: If we ever want to populate other planets, Mars is the obvious test case. But how will we make the red planet habitable for human…
RT @skdh: If we ever want to populate other planets, Mars is the obvious test case. But how will we make the red planet habitable for human…
RT @skdh: If we ever want to populate other planets, Mars is the obvious test case. But how will we make the red planet habitable for human…
RT @skdh: If we ever want to populate other planets, Mars is the obvious test case. But how will we make the red planet habitable for human…
RT @skdh: If we ever want to populate other planets, Mars is the obvious test case. But how will we make the red planet habitable for human…
Will This Crazy Idea Make Mars Habitable? https://t.co/wbiPLsVlzT via @YouTube
RT @skdh: If we ever want to populate other planets, Mars is the obvious test case. But how will we make the red planet habitable for human…
RT @skdh: If we ever want to populate other planets, Mars is the obvious test case. But how will we make the red planet habitable for human…
Mars is likely to become our next home planet. But how will we make the Red Planet habitable for humans? Today, I’ll be taking a look at one crazy idea which might just make Mars’ atmosphere more hospitable for humans. @skdh has a look. https://t.co/uCgi0UHUES
If we ever want to populate other planets, Mars is the obvious test case. But how will we make the red planet habitable for humans? Today, I look at a recent crazy idea to warm up Mars sufficiently to melt the water. https://t.co/Ldh2KLFqc1
https://t.co/NS4Vh8433X
Terraforming Mars with nanoparticles | Science Advances https://t.co/nKiubGRxTr
RT @ScienceMagazine: A novel, theoretical proposal to warm Mars suggests using metal nanorods to thicken the planet’s atmosphere, trap more…
RT @ScienceMagazine: A novel, theoretical proposal to warm Mars suggests using metal nanorods to thicken the planet’s atmosphere, trap more…
RT @ScienceMagazine: A novel, theoretical proposal to warm Mars suggests using metal nanorods to thicken the planet’s atmosphere, trap more…
RT @ScienceMagazine: A novel, theoretical proposal to warm Mars suggests using metal nanorods to thicken the planet’s atmosphere, trap more…
RT @ScienceMagazine: A novel, theoretical proposal to warm Mars suggests using metal nanorods to thicken the planet’s atmosphere, trap more…
RT @ScienceMagazine: A novel, theoretical proposal to warm Mars suggests using metal nanorods to thicken the planet’s atmosphere, trap more…
RT @ScienceMagazine: A novel, theoretical proposal to warm Mars suggests using metal nanorods to thicken the planet’s atmosphere, trap more…
RT @ScienceMagazine: A novel, theoretical proposal to warm Mars suggests using metal nanorods to thicken the planet’s atmosphere, trap more…
A novel, theoretical proposal to warm Mars suggests using metal nanorods to thicken the planet’s atmosphere, trap more heat, and eventually melt subsurface water. https://t.co/cphumT4p1s @ScienceAdvances https://t.co/PPqWQZiWqZ
purposeful climate change to heat an otherwise too cold planet Feasibility of keeping Mars warm with nanoparticles | Science Advances https://t.co/qc104DAXU7
RT @ScienceMagazine: A novel, theoretical proposal to warm Mars suggests using metal nanorods to thicken the planet’s atmosphere, trap more…
RT @ScienceMagazine: A novel, theoretical proposal to warm Mars suggests using metal nanorods to thicken the planet’s atmosphere, trap more…
RT @ScienceMagazine: A novel, theoretical proposal to warm Mars suggests using metal nanorods to thicken the planet’s atmosphere, trap more…
RT @ScienceMagazine: A novel, theoretical proposal to warm Mars suggests using metal nanorods to thicken the planet’s atmosphere, trap more…
RT @ScienceMagazine: A novel, theoretical proposal to warm Mars suggests using metal nanorods to thicken the planet’s atmosphere, trap more…
RT @ScienceMagazine: A novel, theoretical proposal to warm Mars suggests using metal nanorods to thicken the planet’s atmosphere, trap more…
RT @ScienceMagazine: A novel, theoretical proposal to warm Mars suggests using metal nanorods to thicken the planet’s atmosphere, trap more…
A novel, theoretical proposal to warm Mars suggests using metal nanorods to thicken the planet’s atmosphere, trap more heat, and eventually melt subsurface water. https://t.co/awPvoWOuf5 @ScienceAdvances https://t.co/J7QN6EDSwI
A novel, theoretical proposal to warm Mars suggests using metal nanorods to thicken the planet’s atmosphere, trap more heat, and eventually melt subsurface water. https://t.co/q3S5kmShL9 https://t.co/q2OTRtSnDQ
地球上で毎年採掘される工業用金属の約0.1％に相当しますが、棒の原材料は火星に存在するため、火星で採掘でき、地球から輸送する必要がなくなることから、従来の火星温暖化計画に比べて5000倍効率的です。https://t.co/GL2u0wYeNq
Feasibility of keeping Mars warm with nanoparticles | Science Advances https://t.co/WAuYGr8AS3
RT @EAIastrobiology: WARMING MARS WITH NANOPARTICES? https://t.co/NiBIaSl7MG
WARMING MARS WITH NANOPARTICES? https://t.co/NiBIaSl7MG
Feasibility of keeping Mars warm with nanoparticles https://t.co/KsurrsAdlU
@elonmusk I think this research article will be of your interest to terraform Mars. https://t.co/r1BU6WwgrJ
@ProfTerryHughes they're going to terraform Mars - perfect place to try out these wacky geoengineering people are dreaming up on Earth. Ethics approval for there will easy, no? Feasibility of keeping Mars warm with nanoparticles | Science Advances https://t.co/9MvN4312Ut
Feasibility of keeping Mars warm with nanoparticles https://t.co/bcCiRa8ALq @elonmusk get this started
https://t.co/wgAqZg6hSs
I wonder how many kilos of aluminum nanorods a @SpaceX Starship full of @Milad_RoboChem @AbolhasaniLab automated flow cells could make in a year from in situ resources...
@DiracGhost @rix_trevor @BarnardBryan This solves the thermal problem: cheap and accessible: https://t.co/Db9Y0qdD0x
Terraforming Mars with reflective glitter ✨
RT @LessardMario3: "Calculations indicate that if the particles were released into Mars' atmosphere continuously at 30 liters per second, t…
RT @cosmos4u: Feasibility of keeping Mars warm with nanoparticles: https://t.co/hMSlN50nmd -> UChicago, Northwestern study suggests new app…
"Calculations indicate that if the particles were released into Mars' atmosphere continuously at 30 liters per second, the planet would warm by more than 50 degrees Fahrenheit(...)" -Vite, passez le message à Melon ! https://t.co/eHLrLZDuzQ
RT @_EGuevara: Hace dos días se publicó un artículo en @ScienceAdvances que sugiere la posibilidad de "calentar" el planeta Marte mediante…
Hace dos días se publicó un artículo en @ScienceAdvances que sugiere la posibilidad de "calentar" el planeta Marte mediante un cambio climático deliberado, con el fin de favorecer su habitabilidad. https://t.co/kkJtU9DfGO https://t.co/DjVEjhmi89
RT @cosmos4u: Feasibility of keeping Mars warm with nanoparticles: https://t.co/hMSlN50nmd -> UChicago, Northwestern study suggests new app…
https://t.co/NS4Vh8433X
RT @cosmos4u: Feasibility of keeping Mars warm with nanoparticles: https://t.co/hMSlN50nmd -> UChicago, Northwestern study suggests new app…
Feasibility of keeping Mars warm with nanoparticles: https://t.co/hMSlN50nmd -> UChicago, Northwestern study suggests new approach to warm #Mars could be 5,000 times more efficient than previous proposals: https://t.co/y8NjAzTqmv
Link 3: Feasibility of keeping Mars warm with nanoparticles https://t.co/1YrFYCURYN
https://t.co/U4gx5igdWY
Feasibility of keeping Mars warm with nanoparticles | Science Advances https://t.co/bIomVhnNWo
Feasibility of keeping Mars warm with nanoparticles | Science Advances https://t.co/bIomVholLW
"Mostriamo che aerosol artificiali fatti con materiali prontamente accessibili su Marte [...] potrebbero riscaldare Marte >5 × 103 volte più efficacemente dei migliori gas [serra]". Ne risulta un #AGW di ≳30 kelvin. https://t.co/cpfNzyIMea
Feasibility of keeping Mars warm with nanoparticles: https://t.co/SAb14hDMST
RT @edwinkite: Feasibility of keeping Mars warm with nanoparticles | Science Advances https://t.co/thwqG5Zb3s
Feasibility of keeping Mars warm with nanoparticles Science Advances https://t.co/pleto4p8WG
RT @edwinkite: Feasibility of keeping Mars warm with nanoparticles | Science Advances https://t.co/thwqG5Zb3s
RT @edwinkite: Feasibility of keeping Mars warm with nanoparticles | Science Advances https://t.co/thwqG5Zb3s
RT @huyelobo: Usar clorofluorocarbonos para provocar un fuerte calentamiento en Marte y hacerlo habitable ❤️ - el articulo https://t.co/rGv…
Usar clorofluorocarbonos para provocar un fuerte calentamiento en Marte y hacerlo habitable ❤️ - el articulo https://t.co/rGvDNGQ84l - en Science https://t.co/xM7afGNcdq
RT @edwinkite: Feasibility of keeping Mars warm with nanoparticles | Science Advances https://t.co/thwqG5Zb3s
RT @edwinkite: Feasibility of keeping Mars warm with nanoparticles | Science Advances https://t.co/thwqG5Zb3s
RT @edwinkite: Feasibility of keeping Mars warm with nanoparticles | Science Advances https://t.co/thwqG5Zb3s
RT @edwinkite: Feasibility of keeping Mars warm with nanoparticles | Science Advances https://t.co/thwqG5Zb3s
RT @edwinkite: Feasibility of keeping Mars warm with nanoparticles | Science Advances https://t.co/thwqG5Zb3s
Feasibility of keeping Mars warm with nanoparticles | Science Advances https://t.co/thwqG5Zb3s
RT @rezendi: "we show here that artificial aerosols made from materials that are readily available at Mars—for example, conductive nanorods…
"we show here that artificial aerosols made from materials that are readily available at Mars—for example, conductive nanorods that are ~9 micrometers long—could warm Mars >5 × 103 times more effectively than the best gases." https://t.co/hYXqLNkzjC
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