How does the collision geometry affect the production of hadronic multi-particle systems?
Best insight from top research papers
The production of hadronic multi-particle systems is influenced by the collision geometry. Studies have shown that particle production in small collision systems shares similarities with that in heavy-ion collisions, indicating the possible presence of collective-like phenomena and a hadronic phase . The shape of particle momentum spectra, lifetime of the hadronic phase, strangeness production, parton energy loss, and collective effects can all be influenced by the production of different resonances with varying properties . The multiplicity of the collision system also plays a role, with high multiplicity collisions potentially leading to the onset of collective phenomena . Additionally, the density and volume of the system in high multiplicity collisions can provide insights into the properties of the hadronic phase .
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| Papers (5) | Insight |
|---|---|
01 Dec 2020 | The paper does not provide information on how collision geometry affects the production of hadronic multi-particle systems. |
01 Jul 2020 | The provided paper does not directly address the effect of collision geometry on the production of hadronic multi-particle systems. |
15 Oct 2022 | The provided paper does not directly address the effect of collision geometry on the production of hadronic multi-particle systems. |
25 Nov 2022 | The paper does not provide a direct answer to the query. The paper focuses on the production of resonances in small collision systems and does not specifically discuss the effect of collision geometry on the production of hadronic multi-particle systems. |
05 Nov 2022 | The provided paper does not directly address the effect of collision geometry on the production of hadronic multi-particle systems. |
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