What is the status of research on gravitons and Higgs bosons?

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Discussion Overview

The discussion centers on the current state of research regarding gravitons and Higgs bosons, exploring advancements in detection and understanding of these particles. It encompasses theoretical insights, experimental updates, and the challenges faced in the field.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested
  • Experimental/applied

Main Points Raised

  • Some participants express uncertainty about the detection of gravitons, suggesting that individual detection may never be possible, while gravitational waves might be detected soon.
  • There is a suggestion that recent updates on Higgs searches have been limited, with no significant new findings since December, apart from some improvements in exclusion limits.
  • One participant notes that the question was posed in the forum to seek direct insights from potential particle physicists rather than relying on online sources.
  • Another participant highlights the availability of public data from ATLAS and CMS on Higgs searches, acknowledging the complexity of interpreting this data.
  • A question is raised regarding whether "research" refers to detection or understanding, indicating a potential distinction in focus among participants.

Areas of Agreement / Disagreement

Participants do not appear to reach a consensus on the advancements in research, with multiple views on the status of Higgs searches and the nature of gravitons. The discussion remains unresolved regarding the specifics of recent findings and the implications for future research.

Contextual Notes

Limitations include a lack of detailed timelines for advancements, dependence on the interpretation of complex data, and the absence of definitive results regarding the detection of gravitons.

Bararontok
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What is the present state of research on gravitons and Higgs bosons? How much has the research advanced?
 
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Bararontok said:
What is the present state of research on gravitons and Higgs bosons? How much has the research advanced?

Not sure about gravitons, but regarding the Higgs, I'm curious. Have you not had any internet connection for the past 2 years, or have been insulated from any kind of news?

Zz.
 
In terms of gravitons, we cannot and will not ever detect them individually (while we can, and likely will, detect gravitational waves within the next few years).
 
ZapperZ said:
Not sure about gravitons, but regarding the Higgs, I'm curious. Have you not had any internet connection for the past 2 years, or have been insulated from any kind of news?

The question was posted here because there might be a particle physicist in the forum that might have data on the research so it might be easier to post a question in this forum and get the information directly from the source rather than taking the information indirectly from online references.
 
I don't think that any ATLAS/CMS collaboration member would give you internal data here, so we are all limited to conference talks, publications and other presentations.
As far as I know, there were no interesting updates on Higgs searches since december (which included the full 2011 data anyway), and I think you know the results presented there. Maybe ATLAS updated the data at the high mass region, but without interesting results.

I would expect new things at the summer conferences, with a dataset similar to the one of 2011. Enough to see a bump at 125 GeV again, but not enough for the "magic 5 sigma", even in combinations.

Gravitons: I didn't see any signs of extra dimensions, gravitons or other new stuff so far.
 
Bararontok said:
How much has the research advanced?

It might have been helpful to specify, since when?
 
jtbell said:
It might have been helpful to specify, since when?

Since 2011-2012.
 
Hmm, I should have read my mails ;)

ATLAS gave a presentation on the status of the Higgs searches yesterday. The exclusion limits at ~115-120 GeV and at the high mass region got a bit better, but apart from that, nothing new happened.
 
And by research do you mean detection or understanding?
 

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