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What if the theoretical wormhole doesn't end suddenly?

The Einstein-Rose bridge or the wormhole ends in the white hole, the point where material and energy are. In simpler saying, information comes out from the wormhole. The regular model of the white hole is the theoretical phenomenon that a white hole is the opposite effect of a black hole.  In that model, the white hole is a sudden phenomenon, the energy and material that come from the gravitational tunnel. The evidence against that model is introduced, that the white hole is not confirmed.  When we think of the possibility that material crushes when it comes out from the white hole, the idea is that the energy and time are locked in the particle. And when it comes out, the energy travels out from it so fast, that it rips particles in pieces. Time is energy, and the universe's expansion causes a situation in which the energy level in it drops.  In theories. The white hole is like a lamp or some kind of point, where material and energy come out from the point that pushes everything o
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New technology makes dark matter visible.

"Galaxy cluster, left, with ring of dark matter visible, right. Credit: NASA, ESA, M. J. Jee and H. Ford (Johns Hopkins University)"  (ScitechDaily, Turning Invisible Dark Matter Into Visible Light) "Explorations in dark matter are advancing with new experimental techniques designed to detect axions, leveraging advanced technology and interdisciplinary collaboration to uncover the secrets of this elusive component of the cosmos." (ScitechDaily, Turning Invisible Dark Matter Into Visible Light) Dark matter interacts with visible material through gravity. That gravitational interaction causes a situation in which photons travel differently than they should. The image above this text introduces a dark matter halo around the galaxy. That halo means. That there is some kind of ring of dark matter around the galaxy. When a photon leaves a galaxy the dark matter pulls it from ahead. And the galaxy pulls it backward. This thing causes an effect the photon acts differently a
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The Mars methane emission. And the mysterious Martian "spiders"

"NASA’s Curiosity Rover has detected methane in Gale Crater on Mars, a surprising find as there are no signs of life on the planet. Scientists are exploring geological sources and seasonal patterns for these emissions, with methane levels showing unusual fluctuations and disappearing during the day. (Artist’s concept.) Credit: SciTechDaily.com" (ScitechDaily, Martian Methane Baffles Scientists: Curiosity Rover’s Surprising Discovery) The Curiosity rover detected one very interesting thing about the methane gas flow on Mars. There is no sign of life. But that mysterious methene flow increases in night time, and then it decreases in the daytime. That means the methane acts opposite to the natural reaction. If there is some kind of natural thing like a mineral, that releases methene, this thing means that the reaction should accelerate when sunlight brings energy to the reaction. Maybe sunlight just destroys the methane molecule.  "Curiosity set out to answer the question:
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The universe might never run out of hydrogen.

Hydrogen is the simplest atom in the universe. It's the lightest element. And the thing is that the hydrogen will not decay. That process requires proton's decay and this is not confirmed. The red dwarfs brought the situation in front of researchers' eyes that those M (and K)-spectral class dwarfs are the oldest stars in the universe. Those quite cold stars are recycling hydrogen. When nuclear fusion in their core turns hydrogen to helium, those helium (or alpha) ions travel to the red dwarf's poles.  The magnetic field will transfer them to travel in the red dwarf radiation. That intensive infrared radiation destroys helium and releases protons from the nucleus. Then those protons trap electrons around them and this turns them into atomic hydrogen. This reaction is unique, and it happens only near M-spectral class stars. The radiation pressure or star wind from M-spectral class stars is so weak, that it cannot blow those helium atoms away. The tiny red dwarfs can have
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The infinite discussion about the topic: "Are we alone in the universe?" continues.

The infinite discussion about the topic: "Are we alone in the universe"?continues maybe forever. Maybe the human descendants who look at the white dwarf that once been the Sun continue this discussion. And when our descendants move to another solar system.  They face the model that they turn aliens into each other. When the sun explodes a nova eruption is the final moment for our descendants that they must leave. Or they can let the sun destroy them. In that moment. The sun used all its fuel.  Before that moment the sun turns into a red giant, and maybe that species will move to a longer distance from the sun. That species will not be like humans at all. Genetic engineering and controlled evolution cause that. This futuristic species will not be like we are. We must wake up and think about the game theory. The idea of the Game theory is that all individuals and species want to maximize their benefits. The alien species should follow the game theory model. And they also want t
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Some Unidentified submerged objects (USO) may be some kind of power plants.

All around the world, researchers work with things like waves- and other hydro-power solutions. In some cases, the wave power plant or the underwater hydropower plant can look like a saucer. Those saucers might involve turbogenerators that allow water to flow through them. The difference in pressure near the surface and deeper makes water flow through the plate. And that thing makes this system rotate the turbine wheel. These kinds of systems can deliver energy to any device that has access to that system's energy production.  There are even underwater windmills that harvest energy from ocean currents. The underwater hydro plants can deliver energy to underwater drones or other robots. Those robots can used to repair underwater cables, or there could be computer centers in underwater positions. Water offers clean, green, and free energy to those bases.  Those hydro plants can deliver energy to some underwater laboratories, or even highly classified military systems at the bottom of
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There were no gamma rays near the supernova.

"The 2023 observation of supernova SN 2023ixf in the Pinwheel galaxy provided a unique chance to study cosmic ray production, but the expected gamma rays were not detected by NASA’s Fermi Telescope, indicating much lower energy conversion rates than anticipated. Credit: NASA" (SvitechDaily, Defying Expectations: NASA’s Fermi Sees No Gamma Rays From Nearby Supernova) Gamma rays are the most high-energy radiation in the universe. A supernova cannot form gamma rays itself. It forms them only. If there is a neutron star or black hole near it. The neutron star pulls material on it. And when high-energy plasma from a supernova hits the neutron star, that raises the energy level so high level that gamma rays can form.  NASA's Fermi satellite data uncovered. That there were no gamma rays near a supernova. The supernova cannot produce gamma rays. That differs from the hypothesis, that all high-energy reactions form gamma rays. Gamma rays are forming near colliding neutron stars ca
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