Semantic Scholar Open Access 2023 166 sitasi

STCF conceptual design report (Volume 1): Physics & detector

M. Achasov X. Ai R. Aliberti Q. An X. Bai +421 lainnya

Lihat Sumber DOI

Abstrak

The super τ-charm facility (STCF) is an electron–positron collider proposed by the Chinese particle physics community. It is designed to operate in a center-of-mass energy range from 2 to 7 GeV with a peak luminosity of 0.5 × 1035 cm−2·s−1 or higher. The STCF will produce a data sample about a factor of 100 larger than that of the present τ-charm factory — the BEPCII, providing a unique platform for exploring the asymmetry of matter-antimatter (charge-parity violation), in-depth studies of the internal structure of hadrons and the nature of non-perturbative strong interactions, as well as searching for exotic hadrons and physics beyond the Standard Model. The STCF project in China is under development with an extensive R&D program. This document presents the physics opportunities at the STCF, describes conceptual designs of the STCF detector system, and discusses future plans for detector R&D and physics case studies.

Topik & Kata Kunci

Physics

Penulis (426)

M. Achasov

X. Ai

R. Aliberti

Q. An

X. Bai

Y. Bai

O. Bakina

A. Barnyakov

V. Blinov

V. Bobrovnikov

D. Bodrov

A. Bogomyagkov

A. Bondar

I. Boyko

Z. Bu

F. Cai

H. Cai

J. J. Cao

Q. Cao

Z. Cao

Q. Chang

K. Chao

D. Y. Chen

Huifen. Chen

H. Chen

J. F. Chen

K. Chen

L. Chen

P. Chen

S. L. Chen

S. Chen

W. Chen

X. Chen

Y. Chen

Y. Q. Chen

H. Cheng

J. Cheng

S. Cheng

J. Dai

L. Dai

X. Dai

D. Dedovich

A. Denig

I. Denisenko

D. Ding

L. Dong

Wen Dong

V. Druzhinin

D. Du

Y. J. Du

Z. Du

L. Duan

D. Epifanov

Y. Fan

S. Fang

Z. Fang

G. Fedotovich

C. Feng

X. Feng

Y. Feng

J. Fu

J. Gao

P. Ge

C. Geng

L. Geng

A. Gilman

L. Gong

T. Gong

W. Gradl

Jie Gu

Á. Escalante

L. Gui

F. Guo

J. C. Guo

J. Guo

Y. Guo

Z. H. Guo

A. Guskov

K. Han

L. Han

M. Han

X. Hao

J. He

S. Q. He

X. He

Y. He

Z. He

Z. Heng

B. Hou

T. Hou

Y. Hou

C. Y. Hu

H. Hu

K. Hu

R. Hu

X. H. Hu

Y. C. Hu

J. Hua

G. S. Huang

J. Huang

M. Huang

Q. Huang

W. Q. Huang

X. Huang

X. J. Huang

Y. B. Huang

Y. Huang

N. Husken

V. Ivanov

Q. Ji

J. J. Jia

S. Jia

Z. Jia

H. Jiang

J. Jiang

S. Jiang

J. Jiao

Z. Jiao

H. Jing

X. Kang

B. Ke

M. Kenzie

A. Khoukaz

I. Koop

E. Kravchenko

A. Kuzmin

Y. Lei

E. Levichev

C. Li

D. Y. Li

F. Li

G. Li

H. Li

H. L. Li

J. Li

L. Li

L. Y. Li

N. Li

P. Li

R. Li

S. Li

T. Li

W. J. Li

X. Li

Yang Li

Zhongwei Li

H. Liang

J. Liang

G. Liao

L. Liao

Y. Liao

C. Lin

X. Lin

B. Liu

C. Liu

D. Liu

F. Liu

G. Liu

H. Liu

Jun Liu

J. Liu

Li-Yu Daisy Liu

Q. Liu

S. Liu

T. Liu

X. Liu

Y. W. Liu

Y. Liu

Z. Liu

Z. W. Liu

I. Logashenko

Y. Long

C. Lu

N. Lu

Q. Lu

Y. Lu

Z. Lv

P. Lukin

F. Luo

T. Luo

X. F. Luo

H. Lyu

X. Lyu

J. Ma

P. Ma

Y. Ma

F. Maas

S. Malde

D. Matvienko

Z. Meng

R. Mitchell

J. Dias

A. Nefediev

Y. Nefedov

S. L. Olsen

Q. Ouyang

P. Pakhlov

G. Pakhlova

X. Pan

Y. Pan

E. Passemar

Y. Pei

H. Peng

L. Peng

X. Peng

K. Peters

S. Pivovarov

E. Pyata

B. Qi

Y. Qi

W. B. Qian

Y. Qian

C. Qiao

J. Qin

L. Qin

X. Qin

T. Qiu

J. Rademacker

C. Redmer

H. Sang

M. Saur

W. Shan

X. Shan

L. Shang

M. Shao

L. Shekhtman

C. Shen

J. Shen

Z. Shen

H. Shi

X. Shi

B. Shwartz

A. Sokolov

J. Song

W. Song

Yiping Song

Y. Song

A. Sukharev

J. Sun

L. Sun

X. Sun

Y. Sun

Z. Sun

J. Tang

S. S. Tang

Z. Tang

C. Tian

J. Tian

Y. Tikhonov

K. Todyshev

T. Uglov

V. Vorobyev

B. Wan

B. Wang

D. Y. Wang

G. Wang

G. L. Wang

Hong Wang

J. Wang

J. H. Wang

J. Wang

M. Wang

R. Wang

S. Wang

W. Wang

W. P. Wang

X. C. Wang

X. D. Wang

X. L. Wang

X. P. Wang

X. Wang

Y. Wang

Y. P. Wang

Y. Wang

Y. L. Wang

Y. G. Wang

Z. Wang

Z. L. Wang

Z. Wang

D. Wei

X. Wei

Q. Wen

X. Wen

G. Wilkinson

B. Wu

J. J. Wu

L. Wu

P. Wu

T. Wu

Y. S. Wu

L. Xia

T. Xiang

Chuan Xiao

D. Xiao

M. Xiao

Y. Xie

Y. Xing

Z. Xing

X. Xiong

F. Xu

J. Xu

L. Xu

Q. Xu

X. Xu

Y. Xu

Z. Z. Xu

D. Xuan

F. Xue

L. Yan

M. Yan

W. Yan

X. Yan

B. Yang

C. Yang

H. Yang

H. R. Yang

H. T. Yang

J. F. Yang

S. Yang

Y. Yang

Y. L. Yang

Z. Yang

D. Yao

H. Yin

X. Yin

N. Yokozaki

S. You

Z. You

C. Yu

F. S. Yu

G. Yu

H. Yu

J. Yu

J. Q. Yu

Lijuan Yuan

X. Yuan

Y. Yue

M. Zeng

S. Zeng

A. Zhang

B. Zhang

G. Zhang

H. Zhang

J. Zhang

L. Zhang

R. Zhang

S. L. Zhang

T. Zhang

X. Zhang

Y. Zhang

Y. X. Zhang

Y. Zhang

Y. C. Zhang

Y. Zhang

Y. L. Zhang

Z. Zhang

H. Y. Zhao

J. Zhao

L. Zhao

M. Zhao

Q. Zhao

R. Zhao

Z. Zhao

A. Zhemchugov

B. Zheng

L. Zheng

Q. Zheng

R. Zheng

Y. Zheng

X. Zhong

H. Zhou

H. Q. Zhou

H. Zhou

S. H. Zhou

X. Zhou

Y. L. Zhou

Y. Zhou

Zhong Zhou

J. Zhu

K. Zhu

R. Zhu

S. Zhu

Y. C. Zhu

Z. Zhu

V. Zhukova

V. Zhulanov

B. Zou

Y. Zuo

Format Sitasi

APA MLA BibTeX

Achasov, M., Ai, X., Aliberti, R., An, Q., Bai, X., Bai, Y. et al. (2023). STCF conceptual design report (Volume 1): Physics & detector. https://doi.org/10.1007/s11467-023-1333-z

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Gui and F. Guo and J. C. Guo and J. Guo and Y. Guo and Z. H. Guo and A. Guskov and K. Han and L. Han and M. Han and X. Hao and J. He and S. Q. He and X. He and Y. He and Z. He and Z. Heng and B. Hou and T. Hou and Y. Hou and C. Y. Hu and H. Hu and K. Hu and R. Hu and X. H. Hu and Y. C. Hu and J. Hua and G. S. Huang and J. Huang and M. Huang and Q. Huang and W. Q. Huang and X. Huang and X. J. Huang and Y. B. Huang and Y. Huang and N. Husken and V. Ivanov and Q. Ji and J. J. Jia and S. Jia and Z. Jia and H. Jiang and J. Jiang and S. Jiang and J. Jiao and Z. Jiao and H. Jing and X. Kang and X. Kang and B. Ke and M. Kenzie and A. Khoukaz and I. Koop and E. Kravchenko and A. Kuzmin and Y. Lei and E. Levichev and C. Li and C. Li and D. Y. Li and F. Li and G. Li and H. Li and H. Li and H. Li and H. Li and H. L. Li and J. Li and J. Li and L. Li and L. Y. Li and N. Li and P. Li and R. Li and S. Li and T. Li and W. J. Li and X. Li and X. Li and Yang Li and Yang Li and Zhongwei Li and H. Liang and J. Liang and G. Liao and L. Liao and Y. Liao and C. Lin and X. Lin and B. Liu and C. Liu and D. Liu and F. Liu and G. Liu and H. Liu and Jun Liu and J. Liu and J. Liu and Li-Yu Daisy Liu and Li-Yu Daisy Liu and Li-Yu Daisy Liu and Q. Liu and S. Liu and T. Liu and X. Liu and Y. W. Liu and Y. Liu and Y. Liu and Z. Liu and Z. Liu and Z. W. Liu and I. Logashenko and Y. Long and C. Lu and N. Lu and Q. Lu and Y. Lu and Z. Lv and P. Lukin and F. Luo and T. Luo and X. F. Luo and H. Lyu and X. Lyu and J. Ma and P. Ma and Y. Ma and F. Maas and S. Malde and D. Matvienko and Z. Meng and R. Mitchell and J. Dias and A. Nefediev and Y. Nefedov and S. L. Olsen and Q. Ouyang and P. Pakhlov and G. Pakhlova and X. Pan and Y. Pan and E. Passemar and Y. Pei and H. Peng and L. Peng and X. Peng and X. Peng and K. Peters and S. Pivovarov and E. Pyata and B. Qi and Y. Qi and W. B. Qian and Y. Qian and C. Qiao and J. Qin and L. Qin and X. Qin and T. Qiu and J. Rademacker and C. Redmer and H. Sang and M. Saur and W. Shan and X. Shan and L. Shang and M. Shao and L. Shekhtman and C. Shen and J. Shen and Z. Shen and H. Shi and X. Shi and B. Shwartz and A. Sokolov and J. Song and W. Song and Yiping Song and Y. Song and A. Sukharev and J. Sun and L. Sun and X. Sun and Y. Sun and Z. Sun and J. Tang and S. S. Tang and Z. Tang and C. Tian and J. Tian and Y. Tikhonov and K. Todyshev and T. Uglov and V. Vorobyev and B. Wan and B. Wang and B. Wang and D. Y. Wang and G. Wang and G. L. Wang and Hong Wang and J. Wang and J. H. Wang and J. Wang and M. Wang and R. Wang and S. Wang and W. Wang and W. P. Wang and X. C. Wang and X. D. Wang and X. L. Wang and X. P. Wang and X. Wang and Y. Wang and Y. P. Wang and Y. Wang and Y. L. Wang and Y. G. Wang and Z. Wang and Z. L. Wang and Z. Wang and D. Wei and X. Wei and X. Wei and Q. Wen and X. Wen and G. Wilkinson and B. Wu and J. J. Wu and L. Wu and P. Wu and T. Wu and Y. S. Wu and L. Xia and T. Xiang and Chuan Xiao and D. Xiao and M. Xiao and Y. Xie and Y. Xing and Z. Xing and X. Xiong and F. Xu and J. Xu and L. Xu and Q. Xu and X. Xu and X. Xu and Y. Xu and Y. Xu and Y. Xu and Z. Z. Xu and D. Xuan and F. Xue and L. Yan and M. Yan and W. Yan and W. Yan and X. Yan and B. Yang and C. Yang and H. Yang and H. R. Yang and H. T. Yang and J. F. Yang and S. Yang and Y. Yang and Y. Yang and Y. Yang and Y. L. Yang and Z. Yang and D. Yao and H. Yin and X. Yin and N. Yokozaki and S. You and Z. You and C. Yu and F. S. Yu and G. Yu and H. Yu and J. Yu and J. Q. Yu and Lijuan Yuan and X. Yuan and Y. Yue and M. Zeng and S. Zeng and A. Zhang and B. Zhang and G. Zhang and G. Zhang and H. Zhang and H. Zhang and J. Zhang and J. Zhang and J. Zhang and L. Zhang and L. Zhang and R. Zhang and S. L. Zhang and T. Zhang and X. Zhang and Y. Zhang and Y. X. Zhang and Y. Zhang and Y. Zhang and Y. C. Zhang and Y. Zhang and Y. L. Zhang and Z. Zhang and Z. Zhang and H. Y. Zhao and J. Zhao and L. Zhao and M. Zhao and Q. Zhao and R. Zhao and R. Zhao and Z. Zhao and Z. Zhao and A. Zhemchugov and B. Zheng and L. Zheng and Q. Zheng and R. Zheng and Y. Zheng and X. Zhong and H. Zhou and H. Q. Zhou and H. Zhou and S. H. Zhou and X. Zhou and X. Zhou and X. Zhou and Y. L. Zhou and Y. Zhou and Y. Zhou and Zhong Zhou and J. Zhu and K. Zhu and R. Zhu and R. Zhu and S. Zhu and Y. C. Zhu and Z. Zhu and V. Zhukova and V. Zhulanov and B. Zou and Y. Zuo}, title = {STCF conceptual design report (Volume 1): Physics & detector}, year = {2023}, journal = {Semantic Scholar}, doi = {10.1007/s11467-023-1333-z}, url = {https://www.semanticscholar.org/paper/01283096c750efec9bdbe3f1dd8f3988b7043724}, }

Akses Cepat

Lihat di Sumber doi.org/10.1007/s11467-023-1333-z

Informasi Jurnal

Tahun Terbit: 2023
Bahasa: en
Total Sitasi: 166×
Sumber Database: Semantic Scholar
DOI: 10.1007/s11467-023-1333-z
Akses: Open Access ✓