haarp
EXPERIMENT dossier

HAARP

HAARP

EXPERIMENT Experiments Also: HAARP, High-frequency Active Auroral Research Program

01 Executive_Summary

Ionospheric research facility at Gakona, Alaska. Operated by University of Alaska Fairbanks. Users: NRL, LANL, Cornell, Dartmouth, U Houston, U Florida, Embry-Riddle. Capabilities: ionospheric heating (plasma density modification), VLF/ELF wave generation (electrojet modulation), field-aligned irregularity generation, plasma duct creation, space debris detection, 'twisted beam' with Orbital Angular Momentum. 2025: three heating campaigns including PARS summer school. INDIRECT weapons connection: creating plasma density structures in ionosphere is same physics as creating plasmoids. VLF/ELF generation has potential submarine communication and weapons effects applications. Provides basic plasma physics research that informs weapons development at AFRL.

03 Deep_Dive_Intelligence

Overview

Ionospheric research facility at Gakona, Alaska. Operated by University of Alaska Fairbanks. Users: NRL, LANL, Cornell, Dartmouth, U Houston, U Florida, Embry-Riddle. Capabilities: ionospheric heating (plasma density modification), VLF/ELF wave generation (electrojet modulation), field-aligned irregularity generation, plasma duct creation, space debris detection, 'twisted beam' with Orbital Angular Momentum. 2025: three heating campaigns including PARS summer school. INDIRECT weapons connection: creating plasma density structures in ionosphere is same physics as creating plasmoids. VLF/ELF generation has potential submarine communication and weapons effects applications. Provides basic plasma physics research that informs weapons development at AFRL.

Entity Type: Experiment — HAARP is a scientific experiment or test program.

Network Relationships

HAARP connects to 2 entities in the intelligence network:

Organisations (1):

  • → DOE: Users include NRL, LANL

Programs (1):

  • → MARAUDER: Basic plasma physics research informs weapons development

Source Documents

Intelligence derived from 4 source documents:

  • HAARP transmission notices (2025)
  • EGU26 abstracts (2025)
  • ADS — AGU Fall Meeting 2024 abstracts
  • U Houston thesis (2024)

05 Related_Entities (2)

DOE
organisation →
Users include NRL, LANL
MARAUDER
program →
Basic plasma physics research informs weapons development

07 Key_Findings

  • ▸ Entity Type: Experiment — HAARP is a scientific experiment or test program.
  • ▸ → MARAUDER: Basic plasma physics research informs weapons development
  • ▸ HAARP transmission notices (2025)
  • ▸ ADS — AGU Fall Meeting 2024 abstracts

10 FAQ

What is HAARP? ▾
Ionospheric research facility at Gakona, Alaska. Operated by University of Alaska Fairbanks. Users: NRL, LANL, Cornell, Dartmouth, U Houston, U Florida, Embry-Riddle. Capabilities: ionospheric heating (plasma density modification), VLF/ELF wave generation (electrojet modulation), field-aligned irregularity generation, plasma duct creation, space debris detection, 'twisted beam' with Orbital Angular Momentum. 2025: three heating campaigns including PARS summer school. INDIRECT weapons connection: creating plasma density structures in ionosphere is same physics as creating plasmoids. VLF/ELF generation has potential submarine communication and weapons effects applications. Provides basic plasma physics research that informs weapons development at AFRL.
What is HAARP connected to? ▾
HAARP is connected to 2 related entities in the intelligence network, including DOE, MARAUDER. These connections are documented through shared source documents, co-occurrence in research findings, and network graph relationships.
What source documents are available for HAARP? ▾
4 source documents are available in the research archive, including primary source PDFs from defense research collections. These documents provide the evidentiary basis for the intelligence assessment.
What does the deep dive analysis reveal about HAARP? ▾
The deep dive intelligence assessment provides a comprehensive analysis of HAARP, covering strategic role, network connections, and operational significance. The analysis is derived from 4 primary source documents and cross-referenced with the network graph.

Source_Documents 4 FILES

HAARP transmission notices (2025)
PDF Archive →
EGU26 abstracts (2025)
PDF Archive →
ADS — AGU Fall Meeting 2024 abstracts
PDF Archive →
U Houston thesis (2024)
PDF Archive →

External_References 4 REFS

HAARP transmission notices (2025) ref
EGU26 abstracts (2025) ref
ADS — AGU Fall Meeting 2024 abstracts ref
U Houston thesis (2024) ref
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ID: haarp
Type: experiment
Region: main
Last updated: 2026-08-09