ALMA detects the dark matter shadow.

   ALMA detects the dark matter shadow. 

ALMA (the Atacama Large Millimeter/submillimeter Array) sensor detects the dark matter shadow in the universe. The system calculates the mass of the visible material of the source of gravitational lensing. So it calculates how powerful the gravitational lens should be, and then ALMA searches what those values are. And that thing improves our knowledge of dark matter. The system sees the material wires that can form only because of some kind of ring of gravitational, unseen actors. 

Because those actors are not as massive as black holes, they can only be so-called dark matter. A cosmic neural web or those gravitational strings can have an explanation that can be even more impressive than some wormholes. The explanation could be that there is some kind of wave movement between those unseen actors that could be WIMPs (Weakly Interacting Massive Particles). 

The problem with WIMP is how it's invisible. One answer that can explain why we cannot see WIMPs is that WIMPs are like superstrings. Those things are like skyrmions or ring-shaped energy fields. The superstrings can explain quantum gravitation. 

Researchers used ALMA to detect dark matter distribution on scales smaller than massive galaxies. This landmark observation of dark matter fluctuations at the 30,000 light-year scale supports the cold dark matter model and offers important insights into the structure of the Universe.(ScitechDaily.com/The Universe’s Hidden Backbone: ALMA Unveils Dark Matter’s Fine-Scale Fingerprint)

"Figure 2: A conceptual diagram of the gravitational lens system MG J0414+0534. The object at the center of the image indicates the lensing galaxy. The orange color shows dark matter in the intergalactic space and the pale yellow color indicates dark matter in the lensing galaxy. Credit: NAOJ, K. T. Inoue" (ScitechDaily.com/The Universe’s Hidden Backbone: ALMA Unveils Dark Matter’s Fine-Scale Fingerprint)

The shadow of dark matter is the gravitational effect that the source is invisible. The system calculates how radio- and light-waves should behave. Then system compiles those theoretical calculations with the observations from the sensors. And differences in values are telling about the dark universe. 

And they can explain dark energy. WIMP's energy level should be very high. The energy that travels out from WIMP should have so different wavelength than visible radiation that we cannot see it. The energy flow should travel out from WIMP. Because if the situation is the opposite and energy travels to WIMP that should detonate. If WIMP is a quantum-size black hole we should see the quantum-size relativistic jet. But if that jet is thin enough regular sensors cannot see it. 

When that circle- or wheel-looking skyrmion faces electromagnetic radiation. It starts to oscillate. That oscillation makes quantum vacuums on another side of electromagnetic waves. In this text, those electromagnetic waves can also mean gravitational waves. Those vacuums cause other electromagnetic fields to pull inside them or they can travel to fill those electromagnetic shadows. 

Same way. When wave movement hits those skyrmions. They form an effect where that skyrmion sends wave movement in the middle of it. There that wave movement reflects. The dark energy is forming when those waves impact each other. The form of the ring-shaped string can be the thing that can explain why we cannot see dark matter. 

In the most fascinating hypothesis, the superstrings or ring-shaped power fields that String theory introduces as the next cornerstone to quantum physics or quantum mechanics can form a structure where those superstrings are in series. 

If those superstrings are close enough to each other, they can form the absolute wormhole of the tunnel across space. The requirement that the wormhole can transport information through space is that the system denies scattering through that superstring tube. The thing that blows energy out from particles is scattering photons that cause energy transfer to them. 

If that channel is tight enough the back-coming energy pushes the object forward. The idea is that the system cannot make the lower energy area in front of the object. The thing that makes the object travel through the wormhole is the higher energy level wave. Behind the object that travels in the wormhole. Because energy travels from the back to the front it pulls the object with it and the tight wormhole denies the energy travel out from that energy bridge. 

https://scitechdaily.com/the-universes-hidden-backbone-alma-unveils-dark-matters-fine-scale-fingerprint/

https://en.wikipedia.org/wiki/Superstring_theory

https://en.wikipedia.org/wiki/Weakly_interacting_massive_particle