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Helix Alignment, Chevrons, and Edge Dislocations in Twist‐Bend Ferroelectric Nematics
Advanced Science, EarlyView.The recently discovered twist‐bend ferroelectric nematic (NTBF) is the new member of the multiferroic family, representing a fluid with an oblique helicoidal (heliconical) periodic structure of spontaneous electric polarization. The work presents a thorough exploration of the material properties of this phase, how the periodic modulation of ...
Bijaya Basnet +8 more
wiley +1 more source
Advanced Science, EarlyView.This study combines full‐field tomography with diffraction mapping to quantify radial (ε002$\varepsilon _{002}$) and axial (ε100$\varepsilon _{100}$) lattice strain in wrinkled carbon‐fiber specimens for the first time. Radial microstrain gradients (−14.5 µεMPa$\varepsilon \mathrm{MPa}$−1) are found to signal damage‐prone zones ahead of failure, which ...
Hoang Minh Luong +7 more
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Jets and Jet Substructure at Future Colliders [PDF]
Frontiers in Physics, 2022 Even though jet substructure was not an original design consideration for the Large Hadron Collider (LHC) experiments, it has emerged as an essential tool for the current physics program. We examine the role of jet substructure on the motivation for and design of future energy Frontier colliders.
Matthew LeBlanc +2 more
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Jets and Jet Substructure—A Mini Review
Springer Proceedings in Physics, 2022Arun Thalapillil
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Exploring jet substructure with jet shapes in ALICE
Nuclear Physics A, 2017 Proceedings of the XXVIth International Conference on Ultrarelativistic Nucleus-Nucleus Collisions (Quark Matter 2017) 5 pages, 5 ...
D Caffarri
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International Journal of Modern Physics E
Jet substructure observables hold the keys to identifying the inner working of the quark–gluon plasma through its imprints in jet modification patterns. Because of the multi-scale nature of jet evolution, the strategy has focused on developing jet reclustering-based and jet shape-based observables to specifically probe different stages of jet ...
Yang-Ting Chien +2 more
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Jet substructure observables hold the keys to identifying the inner working of the quark–gluon plasma through its imprints in jet modification patterns. Because of the multi-scale nature of jet evolution, the strategy has focused on developing jet reclustering-based and jet shape-based observables to specifically probe different stages of jet ...
Yang-Ting Chien +2 more
exaly +2 more sources
AIP Conference Proceedings, 2012
The understanding of jets and jet substructure has rapidly become a topic of high activity in both the theoretical and experimental communities. Many new physics models involve highly boosted hadronically-decaying particles, which result in jet-like objects with large intrinsic masses and well-separated constituents.
Salvatore Rappoccio +1 more
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The understanding of jets and jet substructure has rapidly become a topic of high activity in both the theoretical and experimental communities. Many new physics models involve highly boosted hadronically-decaying particles, which result in jet-like objects with large intrinsic masses and well-separated constituents.
Salvatore Rappoccio +1 more
openaire +1 more source
Measurements of jet substructure in quark and gluon jets
Nuclear and Particle Physics Proceedings, 2021Abstract Many analyses now rely upon jet substructure techniques; it is therefore paramount to understand the substructure of quark and gluon jets. However, there is still significant disagreement between Monte Carlo generators, especially in their modelling of gluon jets.
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Phenomenology of Jet Substructure
Springer Tracts in Modern Physics, 2021Jet substructure techniques are devised to analyse the internal radiation pattern of jets, thereby identifying their origin or revealing the dynamics of the strong force. These techniques are intricately connected with jet finding algorithms, either by modifying the clustering process, reversing it, or by storing information during the clustering.
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2021
Before applying jet substructure methods to experimental data, the detector response to jets, to regions of high energy density within jets and even to individual particles has to be studied. This chapter introduces the ATLAS and CMS detectors in the light of jet substructure applications.
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Before applying jet substructure methods to experimental data, the detector response to jets, to regions of high energy density within jets and even to individual particles has to be studied. This chapter introduces the ATLAS and CMS detectors in the light of jet substructure applications.
openaire +1 more source