Gravitational lensing

Cosmic microwave background radiation

Supernovae observations

Galaxy rotation curves

Gravitational lensing

Cosmic microwave background radiation

Supernovae observations

Galaxy rotation curves

The universe underwent a rapid expansion in its early stages.

The universe is expanding into a void.

The universe is oscillating between expansion and contraction.

The universe is finite and has a boundary.

A scalar field that drives the rapid expansion of the universe.

A vector field that generates gravitational waves.

A tensor field that describes the curvature of spacetime.

A fermion field that interacts with dark matter.

It predicts too much dark matter.

It predicts too little dark energy.

It is not compatible with the observed cosmic microwave background radiation.

It does not explain the origin of the inflaton field.

It suggests that there are multiple universes, each with its own set of physical laws.

It proposes that the universe is constantly expanding and contracting.

It predicts the existence of wormholes and time travel.

It explains the origin of dark matter and dark energy.

It is the leftover radiation from the Big Bang and provides evidence for inflationary cosmology.

It is the radiation emitted by dark matter and dark energy.

It is the radiation responsible for driving inflation.

It is the radiation that fills the universe and is responsible for its temperature.

Dark matter and dark energy are two different forms of the same thing.

Dark matter is responsible for driving inflation, while dark energy is responsible for the acceleration of the universe's expansion.

Dark matter and dark energy are completely unrelated phenomena.

Dark matter is responsible for the formation of galaxies, while dark energy is responsible for the expansion of the universe.

Dark matter interacts very weakly with other forms of matter.

Dark matter is located in the center of galaxies.

Dark matter is only found in dwarf galaxies.

Dark matter is only found in clusters of galaxies.

Dark energy is a very small component of the universe's energy density.

Dark energy is evenly distributed throughout the universe.

Dark energy is only found in the voids between galaxies.

Dark energy is only found in the centers of galaxies.

Scientists are developing new technologies to directly detect dark matter.

Scientists are searching for new theories that can explain dark energy.

Scientists are conducting experiments to measure the properties of dark matter and dark energy.

All of the above.

Dark matter provides the gravitational scaffolding for galaxies to form.

Dark matter is responsible for the rotation of galaxies.

Dark matter is the primary source of energy in galaxies.

Dark matter is responsible for the formation of stars.

Dark energy is responsible for the acceleration of the universe's expansion.

Dark energy is responsible for the formation of galaxies.

Dark energy is responsible for the rotation of galaxies.

Dark energy is the primary source of energy in the universe.

Dark matter and dark energy are the two main components of the universe.

Dark matter and dark energy are responsible for the expansion of the universe.

Dark matter and dark energy are responsible for the formation of galaxies.

Dark matter and dark energy are responsible for the rotation of galaxies.