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Rubén Mauricio Romero Ramírez

Atmospheric Electric Field (PG) • Global Electric Circuit • Space Weather

Summary

PhD candidate in Electrical & Computer Engineering at CRAAM/Mackenzie, Brazil. My research focuses on the atmospheric electric field (PG), the Global Atmospheric Electric Circuit (GAEC), aerosols, dust storms, and space-weather forcing. I combine ground-based observations across South America with satellite datasets, statistical modeling, and development of the EGATEC model.


Alongside this research, I found and develop open scientific and civic platforms, including OpenMonitor and Chambica, as well as interactive tools for solar-data exploration and real-time environmental monitoring.

Education & Research Visits

  • PhD – Mackenzie Presbyterian University - CRAAM (Brazil)

    Electrical & Computer Engineering · 2023–2027 (ongoing)
  • Sandwich PhD Fellow – IG PAS (Poland)

    Global Electric Circuit modeling (EGATEC) · Feb–Jul 2026
  • IMCP Space Weather School 2025 – Haikou (China)

    Lectures and training - Fully funded participant · Nov 2025 (1 week)
  • Research Visitor – IG PAS (Poland)

    EGATEC · May–Jun 2025
  • Training Fellow – IG PAS (Poland)

    EGATEC · Sep 2024 (15 days)
  • BSc in Physics – UNICA (Peru)

    2016–2022

Experience

  • Engineering & Environmental Sanitation Services – CISSA SRL

    Field Supervisor & Administrative Assistant · 2017–2023 · Peru

    Supervised environmental sanitation services across multiple cities; supported technical reports, certification, and logistics.

  • Geophysical Institute of Peru (IGP) – Ica Station

    Transmission Station Supervisor · 2020–2022 · Peru

    Operated HF transmission systems and the MAGDAS magnetometer; coordinated with Jicamarca Radio Observatory for preventive/corrective maintenance.

Technical & Scientific Projects

  • OpenMonitor — Open-access scientific research platform

    Founder, author, and maintainer. Browser-based platform for reproducible solar-flare inspection and live or archival atmospheric electric-field observations, integrating distributed institutional data sources.

    Solar PhysicsAtmospheric ElectricityOpen Science
  • aireica.com — Real-time environmental monitoring

    Full-stack design and deployment. Sensors: PG, PM1/2.5/10, wind, and RTSP video. Paracas alerts and interactive data exploration (Plotly). Private VPS (Linux), automated ingestion, and public visualization.

    PGPlotlyPythonLinux
  • GOES X-ray Viewer — XRS flux plotter (1995–Present)

    Interactive viewer for historical GOES-08 - GOES-16 solar X-ray flux (XRS A/B). Features dynamic data loading, log-scale plotting, and flare class visualization.

    Plotly.jsJavaScriptSolar PhysicsData Viz
  • GOES Flare Explorer — Historical flare database (1975–Present)

    Historical solar flare (GOES) data explorer since 1975. Allows filtering, sorting, and visualizing the complete NOAA event catalog (Classes A, B, C, M, X) in a fast and lightweight web interface.

    JavaScriptData VizSolar Physics
  • Atmospheric Electricity Monitor — Space Weather Perú

    Live GOES-19 GLM lightning radar, six-hour discharge maps, Ica field-mill potential gradient, and regional cloud imagery. In production since May 2026.

    GOES-19 GLMPGLive Data
  • Chambica — AI-assisted local discovery for Ica

    Founder. Mobile and web platform connecting residents and visitors with local services, professionals, places, and experiences through multilingual conversational discovery and appointment coordination.

    FlutterFastAPILocal Discovery
  • AFINSA — Electric-field network (2018–Present)

    PG processing and analysis in Ica (PER), Atibaia and São Paulo (BRA), and Casleo (ARG). GLM integration to assess lightning distributions and their influence on PG; neural-network modeling.

  • Additional Web Projects

    fumigacionesica.com · dinacocina.com · mutsunica.space

Publications

16 itemsPublished 7Under review 1Ready for submission 2In preparation 6

Published

Peer-reviewed, in press
  1. Romero, R., Tacza, J. A., Odzimek, A., Szpigel, S., & Raulin, J.-P. (2026). Recovery of a Carnegie-like diurnal signature of the Global Atmospheric Electric Circuit from urban potential gradient measurements. Radio Science Letters. doi:10.46620/26-0091 URSI Young Scientist Award paper.
  2. Romero, R., Tacza, J. A., Odzimek, A., Szpigel, S., & Raulin, J.-P. (2026). Constraints on the interpretation of atmospheric potential gradient anomalies associated with earthquakes: Evidence from Peru and Argentina. Advances in Space Research. doi:10.1016/j.asr.2026.09.063
  3. Tacza, J., Li, G., Fu, S., Chen, T., Xu, E., Kubicki, M., Gonçalves Silva, H., Raulin, J.-P., Romero, R., Fernandez, G., Marun, A., & Samanes, J. (2026). The May 2024 geospace superstorm and its impact on the Global Electric Circuit worldwide. Journal of Space Weather and Space Climate. doi:10.1051/swsc/2026029
  4. Romero, R. M., Loayza, R., Huaman, G., Calderon, D., Buleje, Y., Arroyo, J., Tasayco, M., Torres, C., Tacza, J., Szpigel, S., & Raulin, J.-P. (2026). Electrical lead time during an extreme haboob-like dust-front intrusion in Ica, Peru. Atmospheric Research, 342, 109171. doi:10.1016/j.atmosres.2026.109171
  5. Romero, R., Tacza, J., Vara-Vela, A., Szpigel, S., & Raulin, J.-P. (2026). Regime-dependent sensitivity of the atmospheric potential gradient to anthropogenic air pollution in São Paulo, Brazil. Atmospheric Research, 109002. doi:10.1016/j.atmosres.2026.109002
  6. Valio, A., Lopez, K., Gamonal, J., Romero, R., & Da Silva, D. (2025). Space weather impact of three solar flares observed by the POEMAS telescope at 45 and 90 GHz. Journal of Geophysical Research: Space Physics. doi:10.1029/2025JA034611
  7. Romero, R., Tacza, J., Arroyo, J., Prieto, F., Macotela, L., Buleje, Y., Loayza, R., Fernandez, U., & Raulin, J.-P. (2024). First results of the potential gradient variation in a tropical station in South America (Ica, Peru). Journal of Atmospheric and Solar-Terrestrial Physics. doi:10.1016/j.jastp.2024.106198

Under review

Coauthored manuscript
  1. Tacza, J., Romero, R., Arroyo, J., Buzas, A., & Bor, J. (2026). Long-term land observations reveal distinct daily patterns in potential gradient measurements. Atmospheric Research.

Ready for submission

Manuscript complete, in co-author review
  1. Romero, R., Odzimek, A., Tacza, J., Szpigel, S., & Raulin, J.-P. (2026). Solar-cycle modulation of fair-weather surface air conductivity at Świder, Poland (1965–2000). Geophysical Research Letters — target venue.
  2. Romero, R. M., Arroyo, J., Tacza, J., Orosco, G., Bonifaz, M., Loayza, R., Buleje, Y., Tasayco, M., Torres, C., Almeyda, A., Prieto, F., Grazziani, L., Szpigel, S., & Raulin, J.-P. (2026). Sea-Breeze Electrification and Its Interruption by Southerly Flow in a Coastal Desert. Atmospheric Research — target venue.

In preparation

  1. Romero, R., et al. (2026). Solar OpenMonitor: a browser-native platform for reproducible multi-instrument solar flare inspection.
  2. Romero, R., Odzimek, A., Tacza, J., Szpigel, S., & Raulin, J.-P. (2026). Response of the Global Atmospheric Electric Circuit to cloud generators and space weather forcing in the EGATEC model.
  3. Romero, R., Tacza, J. A., Odzimek, A., Szpigel, S., & Raulin, J.-P. (2026). Atmospheric potential gradient and ground-level gamma radiation during five solar eclipses at CASLEO, Argentina (2010–2024).
  4. Romero, R., et al. (2026). A decadal climatology of natural gamma radiation and the atmospheric potential gradient in Argentina.
  5. Romero, R., et al. (2026). GOES/XRS hot-onset solar flare statistics and SDO/AIA source attribution, 1995–2025.
  6. Perriyil, S., Romero, R., Giménez de Castro, C. G., & Simões, P. J. A. (2026). Improved Flare Anticipation Index (FAI) detection using GOES X-ray observations.

Academic Events

  • URSI General Assembly and Scientific Symposium 2026 – Krakow, Poland

    “Recovery of a Carnegie-like diurnal signature of the Global Atmospheric Electric Circuit from urban potential gradient measurements”.

    Oral presentation · August 2026
  • AGU Fall Meeting 2025 – Online (New Orleans, USA)

    “Advancing the EGATEC Model: Improving Generator Schemes and Validation with Ground-Based Electric Field Observations”.

    Poster presentation · December 2025
  • XI International Congress and XIII National Congress of Research – CONINTI 2025 (Ica, Peru)

    “Integrated Climate Monitoring in Ica: Air Quality Analysis and Early Warning of Dust Storms Using Atmospheric Electric Field Measurements and Meteorological Parameters”.

    Poster presentation · Coauthor · December 2025
  • XIII International Congress on Technology and Innovation & XVI International Congress on Competencies and Multidisciplinarity – CITICI / COINCOM 2025 (Cartagena de Indias, Colombia)

    “Integrated climate monitoring and early warning of dust storms in Ica - Peru”.

    Oral presentation · Coauthor · November 2025
  • 1st National Congress of Pure and Applied Sciences – CONACIPA 2025 (Ica - Peru)

    "Monitoring of the Atmospheric Electric Field in South America: Advances and Applications".

    Oral presentation · October 2025
  • Academic Week of Space Geophysics (INPE - Brazil)

    "Atmospheric Electricity Research at CRAAM: Toward Regional and Global Applications".

    Oral presentation · September 2025
  • IAGA/IASPEI Joint Scientific Assembly 2025 (Lisbon, Portugal)

    Symposium A11: AC–DC Global Circuit for Atmospheric Remote Sensing

    “Potential gradient as a proxy for anthropogenic air pollution in São Paulo, Brazil”.

    Oral presentation · September 2025
  • Keynote Lecture - Faculty of Science, UNICA (Peru)

    “Global Electric Circuit and Academic Perspectives in Geospatial Sciences”.

    Oral presentation (Invited) · August 2025
  • Scientific Seminar – UNMSM (Lima, Peru)

    “Air quality analysis for early warning of dust storms through climate monitoring in Ica”.

    Oral presentation (Invited) · July 2025
  • Workshop “Atmospheric Discharges in Dynamic Environments” (Bath, UK)

    Odzimek A., Tacza J., Romero R., et al. “The thunderstorm generator in the EGATEC model of the GEC”.

    Oral presentation (Coauthor) · June 2025
  • Academic Week of Space Geophysics (INPE – Brazil)

    “The Global Atmospheric Electric Circuit: An overview from the AFINSA network”.

    Oral presentation · November 2024
  • São Paulo School of Advanced Science on Solar Activity (CRAAM – Brazil)

    “Modeling the impact of space weather and local effects on the Global Atmospheric Electric Circuit”.

    Poster presentation · November 2024
  • PolGEC Workshop 2024 (IG PAS – Poland)

    “Neural Network-Based Prediction of the Potential Gradient: Insights from Peru, Argentina, and Brazil”.

    Poster presentation · September 2024
  • International Scientific Meeting – ECI 2023 (Peru)

    “Analysis of local and global effects in the variation of the atmospheric electric field in Ica – Peru”.

    Oral presentation · August 2023
  • XII Latin American Conference on Space Geophysics – COLAGE (Chile)

    “Status of Activities on Space Weather Research in Ica – Peru”.

    Poster presentation · November 2021
  • XXVIII Peruvian Physics Symposium – Trujillo (Peru)

    “Preliminary Results of Atmospheric Electric Field Study and its Variation in the City of Ica”.

    Poster presentation · November 2019
  • International Space Weather Initiative Workshop (Italy)

    “Recent activities for space weather research in Ica – Peru”.

    Poster presentation (Coauthor) · May 2019