Mentions
Extended reach
Total likes
Video views
AI synopsis
The group's overall tone reflects curiosity and acknowledgment of the research’s importance, with posts discussing the inner core's low shear modulus and atomic behaviors, exemplified by phrases like 'intriguing characteristics' and references to 'collective atomic motion.' These expressions, combined with technical details and mentions of Earth's internal properties, demonstrate a genuine interest and thoughtful engagement with the scientific implications.
Most discussions acknowledge the scientific findings about the Earth's inner core, though some show curiosity rather than strong support.
Posts express high interest by referencing specific properties like shear modulus and atomic motion, indicating engagement with the scientific content.
Comments include mentions of implications and comparisons to common understanding, showing thoughtful engagement.
Discussions highlight the significance of understanding core properties, suggesting a moderate perceived impact on geoscience and Earth studies.
Zhang et al.: Inner core's HCP iron alloy exhibits a low shear modulus at certain heat and pressure conditions- indicating a soft, low-rigidity solid due to collective atomic motion. https://t.co/JaJDQBLhaa https://t.co/1hakl4Cswl
Un Extraño Asteroide Contiene Elementos Fuera de la Tabla Periódica https://t.co/AnTqgQfTUL via @YouTube
Un Extraño Asteroide Contiene Elementos Fuera de la Tabla Periódica https://t.co/CeP3HLJSft vía @YouTube
You know how you were told that the core of the earth is a solid iron ball... Earth’s solid inner core exhibits intriguing characteristics such as an exceptionally low shear-wave velocity and an ultrahigh Poisson's ratio https://t.co/CWcOB03AKy https://t.co/HpjTaGBmjz
https://t.co/bJsC6rWyce
ÁTOMOS DE FERRO DESCOBERTOS EM MOVIMENTO NO NÚCLEO INTERNO SÓLIDO DA TERRA DOI: 10.1073/pnas.2309952120 Credibilidade: 999 #Núcleo Os átomos de ferro que constituem o núcleo interno sólido da Terra estão fortemente comprimidos uns contra os outros por pressões astronomicamente https://t.co/1SBx2fzvHI
Zhang et al.: Inner core's HCP iron alloy exhibits a low shear modulus at certain heat and pressure conditions- indicating a soft, low-rigidity solid due to collective atomic motion. https://t.co/JaJDQBLhaa https://t.co/1hakl4Cswl
https://t.co/bJsC6rWyce
Un Extraño Asteroide Contiene Elementos Fuera de la Tabla Periódica https://t.co/CeP3HLJSft vía @YouTube
Un Extraño Asteroide Contiene Elementos Fuera de la Tabla Periódica https://t.co/AnTqgQfTUL via @YouTube
You know how you were told that the core of the earth is a solid iron ball... Earth’s solid inner core exhibits intriguing characteristics such as an exceptionally low shear-wave velocity and an ultrahigh Poisson's ratio https://t.co/CWcOB03AKy https://t.co/HpjTaGBmjz
ÁTOMOS DE FERRO DESCOBERTOS EM MOVIMENTO NO NÚCLEO INTERNO SÓLIDO DA TERRA DOI: 10.1073/pnas.2309952120 Credibilidade: 999 #Núcleo Os átomos de ferro que constituem o núcleo interno sólido da Terra estão fortemente comprimidos uns contra os outros por pressões astronomicamente https://t.co/1SBx2fzvHI