Zhang X-J, Xiao Z-B, Gu J-X, Chen K, Wang J, Xu S-L, Xing K-K, Chen T
Authors not listed · 2023
This particle physics study has no relevance to EMF health research or biological electromagnetic field exposure.
Plain English Summary
This study analyzed particle physics data from high-energy electron-positron collisions at the BESIII detector, discovering a new subatomic particle resonance with specific mass and decay properties. The research involved measuring cross-sections for particle interactions and searching for exotic matter states called charmoniumlike particles. This is fundamental physics research with no direct connection to electromagnetic field health effects or biological systems.
Why This Matters
This study has been misclassified in our EMF health database. The research involves high-energy particle physics experiments conducted at specialized accelerator facilities, not electromagnetic field exposure studies relevant to human health. The 'EMF' referenced here relates to particle detector technology operating at energy levels millions of times higher than any consumer devices or environmental sources. While particle accelerators do generate electromagnetic fields during operation, this study focuses on subatomic particle discovery rather than biological effects. The confusion likely stems from similar terminology used across different scientific disciplines.
Exposure Information
Specific exposure levels were not quantified in this study.
Show BibTeX
@article{zhang_x_j_xiao_z_b_gu_j_x_chen_k_wang_j_xu_s_l_xing_k_k_chen_t_ce4609,
author = {Unknown},
title = {Zhang X-J, Xiao Z-B, Gu J-X, Chen K, Wang J, Xu S-L, Xing K-K, Chen T},
year = {2023},
doi = {10.1103/PhysRevLett.131.211902},
}