Anomalies in Gravitational-Lensed Images Revealing Einstein Rings Modulated by Wavelike Dark Matter Elucidating the nature of Dark Matter (DM), which does not interact with light and which interacts with known matter primarily or only through gravity... h
Anomalies in Gravitational-Lensed Images Revealing Einstein Rings Modulated by Wavelike Dark Matter https://t.co/mOswl1lIQW
[2304.09895] Alfred Amruth, Tom Broadhurst, Jeremy Lim et al.: Anomalies in Gravitational-Lensed Images Revealing Einstein Rings Modulated by Wavelike Dark Matter https://t.co/i6Xtj9gdHX https://t.co/UQZxRBbBzz #astro_ph_CO
RT @ExploreCosmos_: Galaxies are expected to be surrounded by haloes of dark matter, so the properties of that dm should affect how the lig…
RT @ExploreCosmos_: Galaxies are expected to be surrounded by haloes of dark matter, so the properties of that dm should affect how the lig…
Η μελέτη που δημοσιεύεται στο Nature, εξετάζει τη χαοτική φύση των δακτυλιδιών Einstein που παραπέμπουν ότι δημιουργούνται από σκοτεινή ύλη με κυματική μορφή αντί για τα WIMPs (Weakly Interactive Massive Particles), που ως τώρα ήταν η επικρατέστερη θεωρία.
RT @ExploreCosmos_: Galaxies are expected to be surrounded by haloes of dark matter, so the properties of that dm should affect how the lig…
RT @DIPCehu: An essential prediction for the “wave” explanation of DM is the presence of "granulated" structures that deflect and magnify l…
Einstein rings modulated by wavelike dark matter from anomalies in gravitationally lensed images - https://t.co/IhfBhAxHj8 https://t.co/vgwhMYOwck
An essential prediction for the “wave” explanation of DM is the presence of "granulated" structures that deflect and magnify light passing through a galaxy. In this paper the authors confirm this prediction: https://t.co/tBQwxZw4om https://t.co/1EgMKUH1Vu
Galaxies are expected to be surrounded by haloes of dark matter, so the properties of that dm should affect how the light is stretched. Axions are many orders of magnitude less massive than WIMPs, so they are expected to behave differently, ...2/ 👉 https: