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The overall sentiment reflects curiosity and fascination, with comments like 'absolute banger of a paper' and mentions of the potential to run on water in lunar gravity, emphasizing both scientific interest and engagement. The tone is enthusiastic, supported by references to specific models and experiments, which demonstrates a meaningful impact in understanding biomechanics under reduced gravity conditions.
Most discussions acknowledge the study's findings and express curiosity, showing general support for the research.
Many comments highlight excitement and intrigue about humans running on water using the model, indicating high interest.
Users reference specific details like the 0.22 gEARTH limit and mention related phenomena, showing moderate engagement.
Discussions suggest the research could influence future biomechanics and physics studies, though it's mainly theoretical, so impact is moderate.
האם אנחנו נוכל לרוץ על המים? התשובה לכך תלויה בגרביטציה. כנראה שנוכל לחקות את הלטאה על הירח, או מאדים באמצעות סנפירים. למאמרים שמנתחים את יכולות הריצה של הלטאה ושלנו על המים: https://t.co/OF7AGtlQwI https://t.co/CR2b2M1Yfq
absolute banger of a paper "Humans Running in Place on Water at Simulated Reduced Gravity" https://t.co/zmgZCitgcf https://t.co/UwIMCoXsUG
O prêmio Ig Nobel de FÍSICA de 2013 foi para descoberta de que ALGUMAS pessoas conseguiriam ANDAR sobre a superfície de um laguinho, se tanto as pessoas quanto o laguinho estivessem na LUA https://t.co/8eqDJS4YBn
イグ・ノーベル物理学賞：もしも月だったら水面を走れる人もいることの発見 https://t.co/665xZX7CdZ
Ever got so bored, you wanted to investigate the fluid dynamics of cat videos? It has been a crazy year. At least here is some crazy that was good for humanity (arguably
Apparently the same hydrodynamic model of lizards can be applied to humans, despite the “minor” difference in body size and morphology, but it’s also not that simple to do it. Learn more at https://t.co/2B87Rk4R0B #FunFriday #Research #Curiosity #Running #RunningOnWater https://t.co/v0RBLTl7cJ
This study investigates how humans might run on water under reduced gravity, inspired by lizards like the Basilisk. Experiments with simulators suggest humans could achieve this at lunar gravity with small fins and…
This study explores how humans could potentially run on water by reducing gravity levels, using a hydrodynamic model originally developed for lizards like the Basilisk, which can run on water naturally. Experiments with…
New discoveries suggest dinosaurs had feathers, bright colors, and varied skin textures, challenging old perceptions of them as dull, scaly reptiles. The findings portray dinosaurs as more birdlike and diverse in…
This study explores how humans could potentially run on water by reducing gravity levels, using a hydrodynamic model originally developed for lizards like the Basilisk, which can run on water naturally. Experiments with…
The Jesus Christ Lizard showcases remarkable adaptations for movement and survival. This video explores its unique locomotion, habitat, and evolutionary traits, providing insights into its ecological niche and…
@bioloskiminimum Po youtube, kada sam nešto našao, sada mi iskače stalno. Recimo ovaj klip https://t.co/7FWTv292Q0 Onaj velosiraptor, što je iz Jurassic Parka jer izgledao ovako :D https://t.co/sbPfEbH3Wu
タイムは、それよりかなり速い 9.3 m/秒なので、十分走行可能です。https://t.co/ffG9ropFWO
@0326_Siva これは2013年の受賞研究でした。 くわしくはこちら → https://t.co/665xZX7CdZ
RT @tarokotani: イグ・ノーベル物理学賞：もしも月だったら水面を走れる人もいることの発見 https://t.co/665xZX7CdZ
イグ・ノーベル物理学賞：もしも月だったら水面を走れる人もいることの発見 https://t.co/665xZX7CdZ
PLOSONE; Humans Running in Place on Water at Simulated Reduced Gravity https://t.co/En0XfVLgKn
Humans Running in Place on Water at Simulated Reduced Gravity https://t.co/ZKCoYbKnLB https://t.co/aaKxb4wXmT
Apparently the same hydrodynamic model of lizards can be applied to humans, despite the “minor” difference in body size and morphology, but it’s also not that simple to do it. Learn more at https://t.co/2B87Rk4R0B #FunFriday #Research #Curiosity #Running #RunningOnWater https://t.co/v0RBLTl7cJ
RT @josephdviviano: absolute banger of a paper "Humans Running in Place on Water at Simulated Reduced Gravity" https://t.co/zmgZCitgcf ht…
absolute banger of a paper "Humans Running in Place on Water at Simulated Reduced Gravity" https://t.co/zmgZCitgcf https://t.co/UwIMCoXsUG
"As predicted by the model, our experiments show that the highest gravity for which a person can run on water is about 0.22 gEARTH. All subjects were able to avoid sinking at 10% gEARTH" https://t.co/iwZ5v13myB
Ever got so bored, you wanted to investigate the fluid dynamics of cat videos? It has been a crazy year. At least here is some crazy that was good for humanity (arguably
@UMass_MOBL @BiomechMax How about when humans try to run in place on water like the basilisk lizard! There are two videos at the end of this article: one of the basilisk lizard and the other of a subject trying to run on water with reduced gravity. https://t.co/CVtzEvTHmC
Footage from Minetti A, Ivanenko Y, Cappellini G, Dominici N, Lacquaniti F. "Humans Running in Place on Water at Simulated Reduced Gravity". PLOS ONE. DOI:10.1371/journal.pone.0037300
4) Una persona puede saltar y caminar sobre el agua, siempre y cuando ella y la masa de agua en cuestión estén en la Luna https://t.co/JaxFp55XpG
האם אנחנו נוכל לרוץ על המים? התשובה לכך תלויה בגרביטציה. כנראה שנוכל לחקות את הלטאה על הירח, או מאדים באמצעות סנפירים. למאמרים שמנתחים את יכולות הריצה של הלטאה ושלנו על המים: https://t.co/OF7AGtlQwI https://t.co/CR2b2M1Yfq
RT @vitordornelles: O prêmio Ig Nobel de FÍSICA de 2013 foi para descoberta de que ALGUMAS pessoas conseguiriam ANDAR sobre a superfície de…
O prêmio Ig Nobel de FÍSICA de 2013 foi para descoberta de que ALGUMAS pessoas conseguiriam ANDAR sobre a superfície de um laguinho, se tanto as pessoas quanto o laguinho estivessem na LUA https://t.co/8eqDJS4YBn
Someone just showed me this wild PLOS One paper by Minetti, Ivanenko Cappellini, Dominici, and Lacquaniti demonstrating that humans would be able to run on water (aided by 'small rigid fins') in lunar gravity: https://t.co/ug6dFlWtCl Here's the video: https://t.co/QyEQMxSwZF
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