A good example of visible energy is found in the stars.
An example of invisible matter is the "dark matter" that scientists believe surrounds galaxies.
So, one answer to the question would be "in and around galaxies".
There are several pieces of evidence for dark matter. For example: * Our galaxy, and many other galaxies, rotate way too fast for the amount of known matter. * Evidence from gravitational lensing.
Dark energy. The current estimates for the distribution of mass/energy in the Universe are approximately: 68% dark energy 27% dark matter 5% baryonic (i.e. "normal") matter
The big idea for space and time is that the universe contains matter. Gravity and energy influence the formation of galaxies, and all matter of the universe.
If they are astronomers, they classify everything as 'interesting'. I think the answer may be something like "matter or energy". In fact, according to Relativity Theory, mass (of matter) and energy are in many ways equivalent. "Mass-energy" is a term often used to refer to this fact. Pretty well everything in the Universe is matter or energy,
Deep in space, dark matter and dark energy are two significant components that have minimal direct effect on Earth. Dark matter, which makes up about 27% of the universe, interacts primarily through gravity, while dark energy, accounting for approximately 68%, drives the universe's accelerated expansion. Both remain largely undetectable and have negligible impact on our planet compared to other cosmic forces. Their existence is inferred through gravitational effects on visible matter and the large-scale structure of the universe.
4% Visible Matter (Atoms) 23% Dark Matter 73% Dark Energy
Plasma. It makes up more than 99% of visible matter in the universe, and most of the invisible matter.
there are the energy that mostly makes up this universe and its had been here since the beginning of the universe and also they are invisible.
The universe is around 70% dark energy (a.k.a. empty space). The rest is mostly dark matter, with a few percent for ordinary matter. That is the current scientific model.
Dark matter. It is theorized to make up approximately 27% of the universe's total mass-energy content. Its presence is inferred from its gravitational effects on visible matter.
matter must have mass and volume.though it may be visible or invisible.
The chair is primarily composed of visible matter, such as wood or metal. The invisible components would include the space between atoms and any energy associated with the chair, like electromagnetic fields. The ratio of stuff (visible matter) to non-stuff (invisible components) in the chair would be predominantly skewed towards the visible matter, with only a small fraction being the invisible components.
Depends what you mean by "a lot." The gravitational effect of dark matter -- whatever the stuff happens to be -- is about six times greater than that of all the visible matter in our Universe.
Dark matter is not visible to the naked eye and does not emit, absorb, or reflect light, so it does not have a color like visible matter. It remains invisible and undetectable through traditional telescopes, which is why it is called "dark" matter.
About 95.7% of the universe is dark matter, and the remaining percent (4.3%) is made of normal matter, plants, gases and such.
Invisible matter, such as dark matter, does not interact with electromagnetic radiation and therefore cannot be seen or detected with telescopes. However, it is believed to take up space and have gravitational effects on visible matter in the universe.
The term for a collection of matter that does not interact with anything else in the universe is "dark matter." It does not emit, absorb, or reflect light, making it invisible and difficult to detect directly. Scientists infer its existence based on its gravitational effects on visible matter and the large-scale structure of the universe.