hit-shabanov-plasmoid-control
PROGRAM dossier

HIT-Shabanov Plasmoid Control Collaboration

Chinese-Russian collaboration on electromagnetic steering and gating of plasmoids

PROGRAM Military Program Plasma Weapons Also: HIT-PINP collaboration, Gatchina discharge China

01 Executive_Summary

Harbin Institute of Technology (HIT, a 'Seven Sons' military university) co-authored papers with G.D. Shabanov of the Petersburg Nuclear Physics Institute (PINP) in 2021-2022, demonstrating electromagnetic steering and gating of Gatchina discharge plasmoids. The collaboration was funded by China's NSFC (¥640,000). The 2022 paper showed that EM fields can change plasmoid motion direction or block formation entirely. This represents direct Chinese-Russian military-relevant plasma technology transfer.

02 Definition

03 Deep_Dive_Intelligence

The HIT-PINP collaboration produced two key papers: (1) 2021 — 'A study of the dynamics of formation of plasmoids in the Gatchina discharge' (Technical Physics Vol. 66, Issue 9, pp. 1058-1071, DOI: 10.1134/S1063784221070173), and (2) 2022 — 'Effect of Magnetic and Electric Fields on the Dynamics of Plasmoid Formation in the Gatchina Discharge' (Technical Physics Vol. 67, Issue 3, pp. 171-189, DOI: 10.1134/S1063784222030069). Authors include Shixin ZHAO and Chengxun YUAN (HIT), A.A. KUDRYAVTSEV and O.M. ZHEREBTSOV (St. Petersburg State University), and G.D. SHABANOV (PINP/Kurchatov Institute). Funding: NSFC Grant 11775062 (¥640,000, PI: Yuan Chengxun). HIT has formal partnerships with multiple Russian institutions. The Gatchina discharge operates in normal laboratory atmosphere, producing plasmoids with 100-500 ms lifetime and up to 20 cm diameter — directly relevant to atmospheric plasma orb survival.

04 Network_Linkage

HIT-Shabanov connects to: Gatchina discharge (Russian plasmoid technology), NUDT spheromak (Chinese plasma weapons ecosystem), Kurchatov Institute (PINP parent organization), NSFC (Chinese military-relevant funding). This collaboration demonstrates China-Russia plasma weapons technology transfer through a military university.

05 Related_Entities (3)

NUDT Spheromak Program
Program →
Chinese plasma weapons ecosystem
Gatchina Discharge
Technology →
Technology being studied
Kurchatov Institute
Organization →
PINP parent organization

06 Research_Findings (2)

Finding

HIT-PINP collaboration documented with full citations, funding, and institutional context.

Finding

2021-2022 papers demonstrate EM steering and gating of Gatchina plasmoids.

07 Key_Findings

  • ▸ The HIT-PINP collaboration produced two key papers: (1) 2021 — 'A study of the dynamics of formation of plasmoids in the Gatchina discharge' (Technical Physics Vol.
  • ▸ 1134/S1063784221070173), and (2) 2022 — 'Effect of Magnetic and Electric Fields on the Dynamics of Plasmoid Formation in the Gatchina Discharge' (Technical Physics Vol.
  • ▸ Authors include Shixin ZHAO and Chengxun YUAN (HIT), A.

09 Timeline_Mentions (2)

2021-09-01

HIT-PINP publish Gatchina discharge plasmoid control paper

Harbin Institute of Technology (Chinese military university) and Petersburg Nuclear Physics Institute publish joint paper on Gatchina discharge plasmoid dynamics in Technical Physics. Funded by China'

Military Program
2024-01-11

NUDT publishes spheromak plasma ring for space target control

National University of Defense Technology (China) publishes paper on spheromak plasma rings for 'remote magnetic control of space targets.' System generates rings at ~1,000 km/s with ~1 T magnetic fie

Military Program
View Full Timeline → View on Network Graph →

10 FAQ

What is HIT-Shabanov Plasmoid Control Collaboration? ▾
The HIT-PINP collaboration produced two key papers: (1) 2021 — 'A study of the dynamics of formation of plasmoids in the Gatchina discharge' (Technical Physics Vol. 66, Issue 9, pp. 1058-1071, DOI: 10.1134/S1063784221070173), and (2) 2022 — 'Effect of Magnetic and Electric Fields on the Dynamics of Plasmoid Formation in the Gatchina Discharge' (Technical Physics Vol. 67, Issue 3, pp. 171-189,...
What role does HIT-Shabanov Plasmoid Control Collaboration play in the research network? ▾
HIT-Shabanov Plasmoid Control Collaboration is classified under the "Military Program" category, serving as Chinese-Russian collaboration on electromagnetic steering and gating of plasmoids, belonging to the Plasma Weapons vertical group. HIT-Shabanov connects to: Gatchina discharge (Russian plasmoid technology), NUDT spheromak (Chinese plasma weapons ecosystem), Kurchatov Institute (PINP parent organization), NSFC (Chinese...
What evidence supports the HIT-Shabanov Plasmoid Control Collaboration assessment? ▾
The intelligence assessment for HIT-Shabanov Plasmoid Control Collaboration is supported by 3 primary sources, 2 research findings, and 3 citations. Key sources include "Zhao et al. 2021 — Gatchina discharge plasmoid dynamics", "Zhao et al. 2022 — EM field effects on plasmoid formation", and "Shabanov 2019 Physics-Uspekhi — Ball lightning review". These documents provide the evidentiary basis for the analysis.
How does HIT-Shabanov Plasmoid Control Collaboration connect to other entities in the network? ▾
HIT-Shabanov Plasmoid Control Collaboration is connected to 3 entities in the intelligence network, including NUDT Spheromak Program (Program), Gatchina Discharge (Technology), and Kurchatov Institute (Organization). Key relationships: NUDT Spheromak Program: Chinese plasma weapons ecosystem, Gatchina Discharge: Technology being studied, ; Kurchatov Institute: PINP parent organization. HIT-Shabanov connects to: Gatchina discharge (Russian plasmoid technology), NUDT spheromak (Chinese plasma weapons ecosystem), Kurchatov Institute (PINP parent organization), NSFC (Chinese...
What is known about HIT-Shabanov Plasmoid Control Collaboration? ▾
The HIT-PINP collaboration produced two key papers: (1) 2021 — 'A study of the dynamics of formation of plasmoids in the Gatchina discharge' (Technical Physics Vol. 66, Issue 9, pp. 1058-1071, DOI: 10.1134/S1063784221070173), and (2) 2022 — 'Effect of Magnetic and Electric Fields on the Dynamics of Plasmoid Formation in the Gatchina Discharge'...
What is HIT-Shabanov Plasmoid Control Collaboration's role in the network? ▾
HIT-Shabanov connects to: Gatchina discharge (Russian plasmoid technology), NUDT spheromak (Chinese plasma weapons ecosystem), Kurchatov Institute (PINP parent organization), NSFC (Chinese military-relevant funding). This collaboration demonstrates China-Russia plasma weapons technology transfer through a military university.
What research has been conducted on HIT-Shabanov Plasmoid Control Collaboration? ▾
HIT-Shabanov Plasmoid Control Collaboration is referenced in 2 research documents. HIT-PINP collaboration documented with full citations, funding, and institutional context.
What research findings mention HIT-Shabanov Plasmoid Control Collaboration? ▾
HIT-Shabanov Plasmoid Control Collaboration appears in 2 research analysis documents, including "NUDT China Plasma Weapons Detail" and "HIT-Shabanov Plasmoid Control". HIT-PINP collaboration documented with full citations, funding, and institutional context.
How does HIT-Shabanov Plasmoid Control Collaboration fit into the broader intelligence network? ▾
HIT-Shabanov connects to: Gatchina discharge (Russian plasmoid technology), NUDT spheromak (Chinese plasma weapons ecosystem), Kurchatov Institute (PINP parent organization), NSFC (Chinese military-relevant funding). This collaboration demonstrates China-Russia plasma weapons technology transfer through a military university.
What are the alternative names or aliases for HIT-Shabanov Plasmoid Control Collaboration? ▾
HIT-Shabanov Plasmoid Control Collaboration is also known as: HIT-PINP collaboration and Gatchina discharge China. These alternative names appear across different source documents and may reflect codenames, abbreviations, or historical references.
What external sources document HIT-Shabanov Plasmoid Control Collaboration? ▾
HIT-Shabanov Plasmoid Control Collaboration is documented by 3 external sources, including 3 webpage. Notable references include "Zhao et al. 2021 — Gatchina discharge plasmoid dynamics", "Zhao et al. 2022 — EM field effects on plasmoid formation", and "Shabanov 2019 Physics-Uspekhi — Ball lightning review".
What is the historical timeline for HIT-Shabanov Plasmoid Control Collaboration? ▾
HIT-Shabanov Plasmoid Control Collaboration is referenced across documents spanning 2021–2022, with activity noted in 2021 and 2022. This temporal range is derived from the primary source documents in the research archive.

External_References 3 REFS

http://journals.ioffe.ru/articles/50952 url ↗
http://journals.ioffe.ru/articles/52132 url ↗
https://ufn.ru/en/articles/2019/1/h url ↗

Citations 3

  1. [1]
  2. [2]
  3. [3]

Verified_Primary_Sources 3 SOURCES

source journals.ioffe.ru webpage
Zhao et al. 2021 — Gatchina discharge plasmoid dynamics
External Link ↗
source journals.ioffe.ru webpage
Zhao et al. 2022 — EM field effects on plasmoid formation
External Link ↗
source ufn.ru webpage
Shabanov 2019 Physics-Uspekhi — Ball lightning review
External Link ↗
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ID: hit-shabanov-plasmoid-control
Type: Program
Region: main
Last updated: Research database snapshot