Status of cp - even neutral heavy Higgs after ICHEP 2016

In summary, after the ICHEP 2016 conference, it was confirmed that the Standard Model Higgs boson has a mass of approximately 125 GeV. The status of the "cp-even neutral heavy Higgs" is still uncertain and further research is needed to determine its properties. A "cp-even neutral heavy Higgs" is a hypothetical particle predicted by theories beyond the Standard Model, with a large mass and potentially different properties than the Standard Model Higgs boson. The ICHEP 2016 conference provided an opportunity for scientists to present their latest research and findings on this particle, and discuss and collaborate with other research groups. Some of the main results presented at ICHEP 2016 included new theoretical predictions and experimental
  • #1
Safinaz
259
8
Hi all,

It is well known that on ICHEP 2016 CMS and ATLAS have announced that the bump has been found on December 2015 around 750 GeV diphoton invariant mass was no more than a statistical fluctuation.

So now what is the statues of the searchs for a cp - even neutral heavy Higgs state ? I think there still a mass range for this particle allowed .. have anyone an idea ?

Best .
 
Physics news on Phys.org
  • #2
No heavier higgs boson has been found?...
from SUSY it can be up to some TeV I guess...
 

Related to Status of cp - even neutral heavy Higgs after ICHEP 2016

1. What is the current status of the "cp-even neutral heavy Higgs" after ICHEP 2016?

After the ICHEP 2016 conference, it was confirmed that the Standard Model Higgs boson has a mass of approximately 125 GeV. However, the status of the "cp-even neutral heavy Higgs" is still uncertain and further research is needed to determine its properties.

2. What is a "cp-even neutral heavy Higgs"?

A "cp-even neutral heavy Higgs" is a hypothetical particle that is predicted by various theories beyond the Standard Model. It is a neutral particle that is expected to have a large mass and may have different properties than the Standard Model Higgs boson.

3. What is the significance of the ICHEP 2016 conference for the study of the "cp-even neutral heavy Higgs"?

The ICHEP 2016 conference provided an opportunity for scientists to present their latest research and findings on the "cp-even neutral heavy Higgs". It also allowed for discussions and collaborations between different research groups, which can help advance our understanding of this particle.

4. What were the main results related to the "cp-even neutral heavy Higgs" that were presented at ICHEP 2016?

Some of the main results presented at ICHEP 2016 included new theoretical predictions for the properties of the "cp-even neutral heavy Higgs", as well as experimental searches for this particle using data from the Large Hadron Collider (LHC) at CERN. However, no conclusive evidence for the existence of this particle was found.

5. What are the next steps in studying the "cp-even neutral heavy Higgs" after ICHEP 2016?

After ICHEP 2016, scientists will continue to analyze data from the LHC and other experiments to search for the "cp-even neutral heavy Higgs". They will also work on improving and refining theoretical predictions for this particle. Future collider experiments, such as the High-Luminosity LHC, may also provide more insight into the properties of this particle.

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