The borders of our knowledge open to the abyss of our ignorance

VERN BENDER

3 years ago

- The borders of our knowledge open up to an abyss of ignorance. The infrastructure of the Universe doesn’t correspond to our thoughts.
- The Universe is homogeneous, isotropic, and expanding in space and time. The Universe looks the same everywhere. (on a large scale), It has been, and always will be.
- The Universe is not how we currently perceive it.
- The laws of nature are makeshift and jumbled. They need to be in sync. Inevitable and seamless.
- . Either what is fundamental is not entirely material and absolute.
- There would be no Earth or humans if there were no dark matter. Without dark matter, galaxies would not have been able to form in the early universe.
- There is a connection between matter density and the Universe’s global geometry. Our Universe’s content comprises 31% matter.
- (visible and invisible) and 69% (invisible) vacuum energy. And its global geometry. Quintessence is proposed to be responsible for the existence of dark energy. (Operating on a time-varying Higgs-like field).
- The standard model is based on homogeneous surfaces as the background arena for structure formation. Homogeneity undergirds both general relativity and gravity models. It is central to interpreting observations of the Universe.
- There are two choices:
- . The first choice begins with the quantum field theory with gravity. The second one starts with general relativity and adds the quantum properties. The correct one is the first approach.
- Gravitation collapses matter in the Universe. Radiation pushes back against the existing structures, working to destroy them. If all you had in the Universe were the ordinary matter and radiation,
- All existing systems would be gone in a universe with no dark matter.
- Once neutral atoms are formed,
- Radiation halts. Gravitation takes over.
- Clouds of gas form and create the first stars in the Universe, the same as they do in our dark matter-rich Universe today.
- Without dark matter, the combined effects of stellar winds and ultraviolet radiation would tear the matter apart. It would be gravitationally unbound from its massive star cluster and fly away. Dark matter comprises WIMPS. Gravity and dark matter hold things together. First-generation stars would be the end-of-the-line without dark matter. Stars that spin within galaxies are slowed down to their proper speed because of dark matter. Dark matter is, again, holding things together. No dark matter, no us. The recycling of dying stars wouldn’t happen without dark matter.
- . Dark matter, galaxies would lose a significant fraction of the gas that forms new stars immediately after the first major star-forming event they experienced.
- Spiral galaxies, without dark matter, would rotate as our Solar System does.
- Galaxies, as we know them, would fade away. A universe without dark matter would blast the proto-galaxy apart entirely, leaving only a slew of individual, unbound stars behind.
- The Universe is homogeneous, isotropic, and expanding in space and time. The Universe looks the same everywhere. On a large scale. The same as it always has been and always will be.
- The Universe is not how we currently perceive it.
- The laws of nature are makeshift and jumbled. They need to be in sync. Inevitable and seamless.
- . Either what is fundamental is not entirely material and absolute.
- There would be no Earth or humans if there were no dark matter. Without dark matter, galaxies would not have been able to form in the early universe.
- There is a direct connection between the matter density of the Universe and its global geometry. Our Universe’s content comprises 31% matter ( visible and invisible) and 69% (invisible) vacuum energy. Quintessence is proposed to be responsible for the existence of dark energy. (Operating on a time-varying Higgs-like field).
- The standard model is based on homogeneous surfaces as the background arena for structure formation. Homogeneity undergirds both general relativity and gravity models. It is central to interpreting observations of the Universe.
- There are two choices:
- The first choice begins with the quantum field theory with gravity. The second one starts with general relativity and adds the quantum properties. The correct one is the first approach.
- Gravitation collapses matter in the Universe. Radiation pushes back against the existing structures, working to tear them apart. If all you had in the Universe were the ordinary matter and radiation, all
- Existing systems would be gone in a universe with no dark matter.
- Once neutral atoms are formed,
- Radiation halts. Gravitation takes over.
- Clouds of gas form and create the first stars in the Universe, the same as they do in our dark matter-rich Universe today.
- Without dark matter, the combined effects of stellar winds and ultraviolet radiation would tear the matter apart. It would be gravitationally unbound from its massive star cluster and fly away. Dark matter comprises WIMPS. Gravity and dark matter hold things together. First-generation stars would be the end-of-the-line without dark matter. Stars that spin within galaxies are slowed down to their proper speed because of dark matter. Dark matter is, again, holding things together. We wouldn’t be here without dark matter. The recycling of dying stars wouldn’t happen without dark matter.
- Not enough gas to form new stars after the first batch..No dark matter, no galaxies. Spiral galaxies, without dark matter, would rotate as our Solar System does.
- Galaxies, as we know them, would fade away. A universe without dark matter would blast the proto-galaxy apart entirely, leaving only a slew of individual, unbound stars behind.
- .