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The overall tone reflects a moderate recognition of the research's importance, with some posts highlighting the innovative NMR thermometry method and its ability to detect RF energy absorption in brain tissue, such as when mentioning the imaging of heat dynamics or referencing the publication directly. Words like 'method' and mentions of the study's significance indicate a balanced but cautious interest, without strong disagreement or excitement.
Several discussions acknowledge the technical details and significance of the research, with some expressing curiosity, indicating moderate agreement.
Posts mention the method, the use of NMR thermometry, and relate it to concerns about cellphone radiation, showing some interest but not high enthusiasm.
Most comments are brief and primarily sharing links or referencing authors without deep analysis, suggesting moderate or superficial engagement.
The discussions highlight potential health implications and scientific advancements, pointing towards some perceived impact, though few details are explored deeply.
https://t.co/lhYtV9ubag Se describe un método para medir la energía electromagnética absorbida irradiada desde las antenas de los teléfonos celulares hasta el tejido cerebral ex vivo. NMR imagina la dinámica térmica 3D dentro del tejido cerebral bovino ex vivo y el gel
https://t.co/lhYtV9ubag
@urbanagtivist @BTC_MS_THRIVING @elonmusk @gladstein Gultekin, DH, Moeller L. "NMR Imaging of Cell Phone Radiation Absorption in Brain Tissue" Proceedings of the National Academy of Sciences of the USA Vol 110 no. 1
@AlobarKahn @BTC_MS_THRIVING @elonmusk @gladstein Yes, and? For others, here is the direct link: https://t.co/FHkZ9cBrMs
This NIOSH technical document serves as a reference for understanding the impact of radiofrequency electromagnetic fields (RFEMF) from wireless devices on adolescents' memory performance. The study reveals a link…
This video discusses a study examining the effects of microwave radiofrequency electromagnetic fields from wireless devices on adolescents' memory performance. The research highlights a significant link between higher…
This technical document discusses the effects of microwave radiofrequency electromagnetic fields (RFEMF) from wireless devices on adolescents' memory performance, particularly noting that higher RFEMF exposure is linked…
This NIOSH document references a study examining microwave radiofrequency electromagnetic fields (RFEMF) from wireless devices and their association with adolescents' memory performance. The findings suggest that higher…
This NIOSH document examines how current safety tests underestimate radiation exposure, especially in children. Computer simulations offer more accurate assessments, highlighting the need for updated standards to better…
This video discusses how current cell phone safety tests underestimate radiation exposure, especially in children, due to outdated models. It emphasizes the need for more accurate assessments to better protect…
https://t.co/lhYtV9ubag Se describe un método para medir la energía electromagnética absorbida irradiada desde las antenas de los teléfonos celulares hasta el tejido cerebral ex vivo. NMR imagina la dinámica térmica 3D dentro del tejido cerebral bovino ex vivo y el gel
https://t.co/lhYtV9ubag
@AlobarKahn @BTC_MS_THRIVING @elonmusk @gladstein Yes, and? For others, here is the direct link: https://t.co/FHkZ9cBrMs
@urbanagtivist @BTC_MS_THRIVING @elonmusk @gladstein Gultekin, DH, Moeller L. "NMR Imaging of Cell Phone Radiation Absorption in Brain Tissue" Proceedings of the National Academy of Sciences of the USA Vol 110 no. 1