Dark MatterDark EnergyGravityFourth Space DimensionThis paper explains how a model of the universe can be constructed by incorporating time and space into geometry in a unique way to produce a 4-space dimension/1-time dimension model. The model can then show how dark matter can be the gravity...
The concept consistently describes the galactic rotation curves, the inflation of the universe and its accelerated expansion, all without the necessity of Dark Matter (DM) and Dark Energy (DE). Instead, the effects attributed to DM are caused by a reduction of inertia acting as an enhancement ...
In this case, Ponytail is using it to illustrate the fact that about 95% of the mass in the universe does not appear to be in the form of ordinary ("baryonic") matter, but rather dark matter and dark energy. Dark matter is known to not interact at all with ordinary baryonic matter ...
“And then the idea was born that the Universe is filled for the most part not with ordinary matter, but with some “dark energy,” which has special properties. No one knows what is it and how it works, so it named “Dark Energy” as something unknown. And 70% of the Universe cons...
Dark matter and dark energy: Most of the "stuff" in the universe isn't conventional matter or energy, as we've always conceived it: it's actually "dark matter" and "dark energy." This NASA website explains what these things are and how they relate to conventional matter and energy.Arti...
The universe abounds with dark matter. Nobody knows what it consists of. UiO physicists have now launched a very hard mathematical explanation that could solve the mystery once and for all. Astrophysicists have known for the last 80 years that most of the universe consists of an unknown, dark...
(Phys.org) —The recently discovered Higgs boson is best known for its important role in explaining particle mass. But now some physicists are wondering if the Higgs could have played an equally significant role in generating dark matter and baryonic mat
The likely answer to this question has changed over the decades as new measurements have been made, and new theories such as dark matter and dark energy developed to explain the new measurements. Apparently, and for an analogous reason, between 2018 and 2020 the likely answer to the fundamental...
Though the matter in the universe that is visible to our eyes, such as galaxies, stars, and planets, make up the largest percentage of the known universe, more exists. The rest of the universe (about 5%) is comprised of dark matter that is invisible and impossible to detect.with optical...
This backed up a similar high-energy positron excess uncovered by the PAMELA and Fermi satellites in 2008 and 2011, respectively. Some saw the confirmed excess as possible proof for the existence of dark matter through the annihilation of “weakly interacting massive particles” or WIMPs – the...