Other endothermic DM · Interpretation
For Whom the Xenon Recoils: Magnetic Inelastic Dark Baryons
- Published
- September 8, 2026
- Identifier
- arXiv:2609.09107
Why it is here
A composite magnetic-inelastic explanation with a coincident-photon discriminator.
Machine-assisted summary
The authors construct composite dark-baryon dark matter with an inelastic magnetic transition, find that TeV-scale masses and 100–500 keV splittings can fit the LZ event across several halo models, and predict an accompanying photon signal for some recoils.
Citation lineage on this map
Cites 22
- Inelastic Dark Matter Signature at High Recoil Energy in LUX-ZEPLIN and CRESSTLiangliang Su, Jin Min Yang, Wen-Na Yang · 2026
- Higgsino Above the Sea of FogJiJi Fan, Matthew Reece · 2026
- Higgsino Dark Matter Interpretation of the LUX-ZEPLIN 248 keV Nuclear-Recoil EventKatherine Freese, Dionysios P. Theodosopoulos · 2026
- TeV Higgsino Dark Matter from LZ Nuclear Recoil to Fermi-LAT Gamma RaysLei Wu, Yang Zhang, Bin Zhu · 2026
- Fermionic Dark Matter Absorption and the High-Energy Event in LUX-ZEPLINYuanchao Lou, Chih-Ting Lu · 2026
- A PQ-Symmetric High-Scale SUSY Interpretation of the LZ High-Energy RecoilWen Yin · 2026
- Dark Matter as the Z₂ Partner of the Standard Model Higgs BosonYasunori Nomura · 2026
- Dark Matter at the Kinematic Edge: Interpreting the 248 keV LZ Nuclear-Recoil CandidateMattia Di Mauro · 2026
- Strong Constraints on Higgsino Dark Matter from Solar CaptureMaxim Pospelov, Harikrishnan Ramani · 2026
- A Peccei-Quinn Origin for Inelastic Electroweak Dark Matter after LUX-ZEPLINLuca Visinelli · 2026
- Search for dark matter particle interactions in an extended nuclear recoil energy window with the LUX-ZEPLIN (LZ) experimentLZ Collaboration · 2026
- Inelastic Dark Photon Dark Matter for the LUX-ZEPLIN High-Recoil Event and the Galactic Halo Gamma-Ray ExcessKimiko Yamashita · 2026
- Sub-TeV Singlino Dark Matter in light from Sagittarius A* and LUX-ZEPLIN Nuclear-Recoil EventUtpal Chattopadhyay, Debottam Das, Rahul Puri, Joydeep Roy · 2026
- Inelastic Signatures of Electroweak Dark MatterJuri Smirnov, Spencer Griffith, John F. Beacom · 2026
- TeV Higgsino Interpretation of the LZ High-Recoil Event with Intermediate-Scale Electroweak GauginosXiaokang Du, Fei Wang · 2026
- Confronting the Higgsino Interpretation of the LZ Event with the High-Energy SidebandNicholas L. Rodd, Benjamin R. Safdi, Tracy R. Slatyer, Weishuang Linda Xu · 2026
- Seasonal dark matter from the LUX-ZEPLIN high-energy eventChristopher McCabe · 2026
- Atmospheric neutrino up-scattering explanation of LZ 2026 excessSk Jeesun, Anirban Majumdar · 2026
- Axion Portal Dark Matter and the LUX-ZEPLIN High-Recoil EventJames Unwin · 2026
- Exothermic and Endothermic Inelastic Dark Matter Interpretations at LZ: Sideband Constraints and Future ProspectsJames B. Dent, Jayden L. Newstead · 2026
- Exothermic Dark Matter at LZCarlos Henrique de Lima · 2026
- Inelastic from the Other Side: Xenon Excitation Signals in Light of the LZ High-Recoil EventGuanhua Gu, Lingfeng Li, Shao-Song Tang, Yongheng Xu · 2026
Cited by 34
- Sub-TeV Singlino Dark Matter in light from Sagittarius A* and LUX-ZEPLIN Nuclear-Recoil EventUtpal Chattopadhyay, Debottam Das, Rahul Puri, Joydeep Roy · 2026
- Exothermic dark matter and the 248 keV nuclear recoil in LUX-ZEPLINHoward Baer, Vernon Barger · 2026
- Endothermic dark matter with a light dark photon and the LUX-ZEPLIN high-energy nuclear-recoil candidatePengxuan Zhu, Giovani Dalla Valle Garcia, Xuan-Gong Wang, Anthony W. Thomas, Martin J. White · 2026
- Transition magnetic-dipole dark matter and the LZ230616 high-recoil candidateYuxuan He · 2026
- Inelastic Dark Matter and High-Energy Recoil Signatures in LZZi-Tong Fan, Hong-Jian He, Yu-Chen Wang, Yue Zhao · 2026
- Cosmic ray boosted dark matter with momentum dependent interactions can explain the LZ 248 keV eventMatti Heikinheimo, Niklas Zimmermann · 2026
- Nuclear Recoils from Invisible Neutron-Pair Annihilation and the LZ eventJunseok Lee, Fuminobu Takahashi, Yu-Dai Tsai · 2026
- Can a minimal radiative seesaw explain the LZ 248 keV event?Hiroshi Okada, Yoshihiro Shigekami, Jia-Jun Wu · 2026
- Hadrophilic inelastic freeze-in dark matter in $q_1-q_2$ gauge extension and the high energy LZ eventXiao-Gang He, Xuan Hong, Sk Jeesun · 2026
- DM induced neutron disappearance as the origin of the LZ nuclear recoil eventP. Uttayarat, J. Julio, R. Primulando · 2026
- Inferring dark matter masses and interactions from high recoil energy events in LUX-ZEPLINStefano Palmisano, Michele Tammaro, Andrea Tesi · 2026
- Cosmological Constrained Axion-Portal Inelastic Dark Matter for the LZ EventHaipeng An, Fei Gao, Jia Liu, Minghao Liu, Changlong Xu · 2026
- Endothermic Z'-Portal Dark Matter: LZ-LHC ComplementarityNobuchika Okada, Digesh Raut · 2026
- The high-velocity dark matter halo of the Milky Way in light of the LZ 248 keV eventCiaran A. J. O'Hare · 2026
- LUX-ZEPLIN's Stairway to Hea$\nu$en: limits on elastic scatters of dark matter from solar captureDebajit Bose, Thong T. Q. Nguyen, Akash Kumar Saha, Nirmal Raj, Tarak Nath Maity, Ranjan Laha · 2026
- The LUX-ZEPLIN Event as Hyperfine Spectroscopy of Composite Dark MatterJie Sheng, Kairui Zhang · 2026
- LZ-Motivated Pseudo-Dirac Higgsinos in the Supersymmetric 331 Model from the Supersymmetric \texorpdfstring{$SU(6)$}{SU(6)} GUT ModelImtiaz Khan, Ali Muhammad, G. Mustafa, Farruh Atamurotov, Ahmadjon Abdujabbarov, Mussawir Khan · 2026
- A closer look at the LZ 248 keV event through the lens of cosmic-ray boosted dark matterBhavesh Chauhan, Soham Sahasrabuddhe, Manibrata Sen · 2026
- Interpreting the LZ 248 keV Event using Dark QCDFrancesco Sannino, Jessica Turner · 2026
- The LHC is not enough: the LZ High-Recoil Event at FCC-hh and a Muon ColliderBenedikt Maier, Michael Spannowsky · 2026
- Environment-dependent mass splitting to suppress solar capture in the inelastic-doublet interpretation of the LZ eventSudhakantha Girmohanta, Tae Hyun Jung · 2026
- Inelastic dark matter mediated by natural dark photonJie Tang, Pei-Hong Gu · 2026
- Sneaky Sneutrino Scattering at LZKevin Langhoff, Huangyu Xiao · 2026
- Escaping Solar Capture: Majoron mediated Elastic Dark Matter for the LZ 248~keV EventSalvador Centelles Chuliá, Ayan Chattaraj, Rahul Srivastava, Surabhi Srivastava · 2026
- Sub-MeV gamma-ray lines from an endothermic interpretation of the LZ recoil candidateMaíra Dutra, Jacinto P. Neto, Clarissa Siqueira · 2026
- GAIA meets LZ: a high velocity tail-tale sign for dark matterAnirban Das, Subhabrata Majumdar, Manibrata Sen, Amogh Srivastav · 2026
- LMC-Perturbed LZ Dark Matter LandscapeNassim Bozorgnia, Samantha Contreras, Graciela B. Gelmini, Alvine C. Kamaha, Javier Reynoso-Cordova, Yongheng Xu · 2026
- Does the High Energy LUX-ZEPLIN Event Suggest Hyperfine Atomic Dark Matter?Prolay Chanda, Bhaskar Das, Sagnik Mukherjee · 2026
- Endothermic Dark Matter at LZ from a Decaying ParentYongsoo Jho, Sanghwan Kim, Seong Chan Park · 2026
- Decaying Dark Matter for the Exothermic Recoil at LZYongsoo Jho, Sanghwan Kim, Seong Chan Park · 2026
- Constraints on Complex Electroweak WIMPs from Solar CaptureJuan P. Luengas, Maxim Pospelov, Harikrishnan Ramani · 2026
- One Event, Two Frontiers: From LZ to LHCMd Sadique Anwar, Nivedita Ghosh, Sahabub Jahedi, Tarak Nath Maity · 2026
- Can Nuclear Recoils and Solar Neutrinos Resolve the Composition of Singlino-Higgsino Dark Matter?Jingwei Lian, Jin Min Yang · 2026
- A scalar-extended ${\rm U(1)_{L_{\mu}-L_{\tau}}}$ explanation of the LUX-ZEPLIN 248 keV excessDipankar Pradhan, Abhik Sarkar · 2026
Metadata comes from arXiv. Summaries and placement are machine-assisted; inclusion is not endorsement or peer review.