Yes, future experiments may be able to detect gravitons if they exist, using quantum sensing. These experiments would use a gravito-phononic analog of the photo-electric effect and continuous quantum measurement of energy eigenstates

Gravitons are hypothetical particles that are thought to be the building blocks of gravity. They have been elusive to observe, but some experiments have shown evidence of graviton-like particles

• Quantum material Researchers have found experimental evidence of a graviton-like particle in a quantum material. This work could help improve our understanding of gravity.
• Semiconductor Physicists have seen graviton-like particles in a semiconductor. The experiment involved exposing electrons to a strong magnetic field and a powerful refrigerator, then shining a laser on the semiconductor.
• Condensed matter Scientists

Yes, researchers have found experimental evidence of a graviton-like particle in a quantum material:  

• 
  Discovery 
  A team of scientists from Columbia, Nanjing University, Princeton, and the University of Munster discovered a graviton-like particle in a semiconducting material. The particle is called a chiral graviton mode (CGM

Findings 

The researchers found CGMs in a fractional quantum Hall effect (FQHE) liquid, a type of condensed matter. The CGMs have characteristics similar to gravitons, including spin-2 nature, energy gaps between ground and excited states, and dependence on filling factors. 

• Significance The discovery is the first experimental evidence of gravitons, which are elementary particles that are thought to give rise to gravity. Gravity is one of the fundamental forces in the universe.  

Technique 

The researchers used a technique called low-temperature resonant inelastic scattering to measure how light particles scatter when they hit a material. The technique was adapted to use circularly polarized light, which has a particular spin

Known as the ‘graviton’, the hypothetical gravity particle is thought to constitute gravitational waves but it hasn’t been detected in gravity wave detector. A new experiment hopes to change that using an acoustic resonator to identify individual gravitons and confirm their existence

There are four fundamental forces in the Universe; strong, weak, electromagnetic and gravity. Quantum theory explains three of the four through the interaction of particles but science has yet to discover a corresponding particle for gravity. Known as the ‘graviton’, the hypothetical gravity particle is thought to constitute gravitational waves but it hasn’t been detected in gravity wave detector. A new experiment hopes to change that using an acoustic resonator to identify individual gravitons and confirm their existence

The four fundamental forces of nature govern the Universe. Gravity is one that many people are familiar with yet we do not fully understand how it works. Its effects are obvious though as the attraction between objects with mass. It keeps the planets in orbit around the Sun, the Moon in orbit around the Earth and us pinned to the surface of planet Earth. One of the earliest attempts to describe it was  from Isaac Newton who stated that gravity was proportional to the mass of objects and inversely proportional to the square of the distance between them. Even at the largest scale of the cosmos it seems to be essential for the structure of the Universe

Do we know if gravitons exist?

These have never been detected in space, but graviton-like particles have now been seen in a semiconductor. Using these to understand gravitons’ behaviour could help unite the general theory of relativity and quantum mechanics, which have long been at odds

there any evidence for the graviton?

Researchers Find First Experimental Evidence for a Graviton-like Particle in a Quantum Material. The results, continuing the legacy of late Columbia professor Aron Pinczuk, are a step toward a better understanding of gravity

What happens if we discover a graviton?

Nothing revolutionary, or likely unexpected. Getting definite proof for the graviton would simply mean that the gravitational field is quantized similar to the electromagnetic (EM) field

Can we create gravitons?

If gravitons exist, it should be possible to create them at the LHC, but they would rapidly disappear into extra dimensions. Collisions in particle accelerators always create balanced events – just like fireworks – with particles flying out in all directions

Is graviton faster than photon?

“ A graviton needs less then one second to travel between stars located within 10 light-years. Another proof that the gravitons must be faster than light: If the gravitons have only the speed of light, the light, the electromagnetic waves, the photons can escape from a black hole

dark matter a graviton?

Through analytical calculations, the physicists have found that in almost all the theories they considered, gravitons indeed can attract each other and form compact objects that can constitute dark matter

What is graviton made of?

graviton, postulated quantum that is thought to be the carrier of the gravitational field. It is analogous to the well-established photon of the electromagnetic field. Gravitons, like photons, would be massless, electrically uncharged particles traveling at the speed of light

How strong is graviton?

On a large scale Graviton could exert his gravitational control over a maximum distance of 2.36 miles (3.80 km) from his body. Thus, the maximum volume of matter he could influence at once is 55.1 cubic miles (230 km3

Who discovered gravity?

Isaac Newton

Isaac Newton changed the way we understand the Universe. Revered in his own lifetime, he discovered the laws of gravity and motion and invented calculus. He helped to shape our rational world view

The graviton theory is the idea that gravity is carried by a hypothetical, massless particle called the graviton. The graviton is similar to the photon, which carries the electromagnetic field. Here are some things to know about gravitons

Properties 

Gravitons are thought to be massless, electrically neutral, and travel at the speed of light.

Search for gravitons 

Physicists have been searching for gravitons for decades, but they have not yet been detected in space. However, some experiments have observed graviton-like particles in semiconductors

Role in the theory of everything 

Gravitons are at the center of the search for the “theory of everything”, which is a set of equations that describes all the forces and particles in the universe

Relation to other forces 

The three other known forces of nature are mediated by elementary particles: electromagnetism by the photon, the strong interaction by gluons, and the weak interaction by the W and Z bosons

Relation to general relativity 

In the classical limit, a successful theory of gravitons would reduce to general relativity

graviton, postulated quantum that is thought to be the carrier of the gravitational field. It is analogous to the well-established photon of the electromagnetic field. Gravitons, like photons, would be massless, electrically uncharged particles traveling at the speed of light

Please like subscribe comment your precious thoughts on universe discoveries

Full article source google

https://ef319omq1vrt6xbghnm0-e-nfe.hop.clickbank.net/

https://www.amazon.in/b?_encoding=UTF8&tag=555101-21&link