Challenge to humanity to see beyond and further than the CMS

In summary, the CMS or cosmological background is a widely discussed topic in study halls and documentaries, as it marks the furthest point we can observe in the universe's evolution. However, there are other ways to look further back, such as through gravitational wave and neutrino astronomy, which are still in their early stages. The CMB was produced when the universe was about 300,000 years old, while the Cosmic Neutrino Background and primordial gravity waves date back to around 2 seconds and 10^-36 seconds after the universe's creation, respectively. Despite popular belief, there are other sources of data that can provide insight into events further back.
  • #1
Elbert Anstein
2
0
The CMS or cosmological background permates the whole universe. It's mentioned so often in study halls and on documentaries that NOTHING can peak further back into the universe evolution beyond the CMS.

Just want to hear all of your ideas on how YOU would solve this problem if you were on this project.
 
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  • #2
It's not a technical issue, it's a feature of the universe. Light could not penetrate the universe before the instant that the CMB.

There are two known ways to look further back: gravitational wave astronomy, and neutrino astronomy. Both are in their infancy.

The universe was about 300,000 years old when the CMB was produced.
The Cosmic Neutrino Background was made when the universe was about 2 seconds old.
Primordial gravity waves would date to about 10^-36 seconds
 
  • #3
Elbert Anstein said:
It's mentioned so often in study halls and on documentaries that NOTHING can peak further back into the universe evolution beyond the CMS.

No, it isn't. All that is "mentioned so often" (btw, rather than a vague statement like this, you should give specific references) is that we can't see further back than the formation of the CMBR using electromagnetic radiation. But there are other sources of data that can tell us about events further back; newjerseyrunner mentioned a couple, but there are others as well, such as the relative abundances of light elements.
 
  • #4
The OP question has been answered. Thread closed.
 

1. What is the CMS?

The CMS, or Compact Muon Solenoid, is a large particle detector used at the Large Hadron Collider to study high-energy particle collisions.

2. Why is there a challenge to humanity to see beyond and further than the CMS?

The CMS, along with other particle detectors, is used to explore the fundamental building blocks of the universe and understand the laws of nature. This challenge is a call to continue pushing the boundaries of scientific knowledge and understanding.

3. What are some potential discoveries that could be made with the CMS?

The CMS could potentially help us discover new particles, understand the nature of dark matter and dark energy, and provide evidence for theories such as supersymmetry and extra dimensions.

4. How does the CMS work?

The CMS consists of layers of detectors that measure the energy and momentum of particles produced in collisions. These measurements are then used to reconstruct the events and gather information about the particles involved.

5. What impact does the CMS have on society?

The CMS, along with other particle detectors, has had a significant impact on society by advancing our understanding of the universe and leading to technological advancements. It also inspires future generations to pursue careers in science and technology.

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