A shocking revelation has emerged from a recent study, shedding light on the potential health implications of exposure to repetitive, low-level blasts, particularly in military training settings. Conducted by neuroscientist Qingkun Liu and colleagues in the US, the study implicates such blasts in the development of leaky gut syndrome, with consequential impacts on cognitive function akin to mild traumatic brain injury (TBI).
Published in The Astrophysical Journal, the research unveils significant insights into the prevalence of tidally locked exoplanets within our galaxy. Despite Kua’kua’s proximity to its star rendering it uninhabitable for life as we understand it, its discovery sheds light on the potential frequency of such planetary configurations.
Tidal locking, a phenomenon evident in our solar system with the Moon always presenting the same face to Earth, is attributed to the gravitational interaction between celestial bodies. Exoplanets in close proximity to their stars experience intensified gravitational forces, increasing the likelihood of tidal locking.
To ascertain Kua’kua’s tidally locked state, researchers analyzed its temperature using observations from the Spitzer Space Telescope. By comparing these observations with a model of an exoplanet sans atmosphere, scientists concluded that Kua’kua’s temperature profile is inconsistent with an untidally locked planet.
While further observations with more advanced telescopes are necessary to corroborate these findings, the evidence presented in this study represents a significant step forward in our understanding of exoplanetary dynamics. The confirmation of tidal locking on LHS 3844 b underscores the potential prevalence of similar phenomena throughout the cosmos, offering valuable insights into the diversity of planetary systems beyond our solar system.
Read Now:Astronomers Confirm Tidally Locked Super Earth Exoplanet, LHS 3844 b
