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Search for Long-lived Particles in ATLAS with Displaced Vertex Signatures in MultiJetTriggered Events (DV+Jets) David Russo on behalf of the ATLAS DV+Jets Team 13th LLP Workshop June 19, 2023Outline All

How to fill out search for long-lived particles

How to fill out search for long-lived particles

1. Start by identifying the characteristics and properties of the long-lived particles you are searching for.
2. Determine the type of experiment and setup you will use to conduct the search, such as particle colliders or detectors.
3. Gather relevant data and background information on existing research in the field of long-lived particles.
4. Design a search strategy or algorithm that can effectively analyze the collected data and identify potential long-lived particles.
5. Implement the search strategy using appropriate software tools and experimental techniques.
6. Run the search experiment and collect data on particle interactions or decay processes.
7. Analyze the collected data for any signs or evidence of long-lived particles.
8. Verify the findings and results through rigorous testing and peer review.
9. Publish and share your research findings with the scientific community to contribute to the understanding of long-lived particles.

Who needs search for long-lived particles?

1. Scientists and researchers in the field of particle physics who are interested in understanding the fundamental nature of matter.
2. Experimental physicists who want to discover new particles and study their properties.
3. Theoretical physicists who aim to develop new theoretical models and frameworks that can explain the existence of long-lived particles.
4. The broader scientific community and society as a whole, as understanding long-lived particles can potentially lead to advancements in technology and medicine.

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What is search for long-lived particles?

Search for long-lived particles refers to experimental efforts in particle physics aimed at detecting particles that have an exceptionally long lifespan before decaying, potentially providing insights into new physics beyond the Standard Model.

Who is required to file search for long-lived particles?

Typically, researchers and scientists involved in high-energy physics experiments, particularly those at particle accelerators or collider facilities, would be required to file searches for long-lived particles as part of their research proposals or publications.

How to fill out search for long-lived particles?

Filling out a search for long-lived particles involves documenting the experimental setup, methodologies, data analysis techniques, and results or findings related to the detection and study of these particles, often following specific guidelines provided by the relevant scientific or funding bodies.

What is the purpose of search for long-lived particles?

The purpose of searching for long-lived particles is to explore and understand phenomena that might indicate new physics, such as supersymmetry or String Theory, and to potentially discover new particles that could explain outstanding questions in physics.

What information must be reported on search for long-lived particles?

Information that must be reported includes the experimental procedure, detection methods, data analysis results, interpretations of the findings, and possible implications for the theoretical framework of particle physics.