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SERVICE DESCRIPTION | Activity/Research Topic: Comprehensive Study of the Impact of Solar Storms on Infrasound, Geomagnetism, and the Ionosphere. Scope of the Activity/Research Topic: ### **1. Impact of Solar Storms on Infrasound** - **Monitoring infrasound variations** due…
- KST Cisitu (Samaun Samadikun)
Activity/Research Topic:
Comprehensive Study of the Impact of Solar Storms on Infrasound, Geomagnetism, and the Ionosphere.
Scope of the Activity/Research Topic:
### **1. Impact of Solar Storms on Infrasound**
- **Monitoring infrasound variations** due to solar storm disturbances.
- Analysis of the relationship between **solar energetic particle disturbances (CMEs, flares)** and changes in infrasound propagation in the atmosphere.
- Study of the effect of **changes in atmospheric temperature and density** (due to heating from solar storms) on infrasound characteristics.
- Application in **early detection of atmospheric disturbances** associated with extreme solar activity.
### **2. Impact of Solar Storms on the Geomagnetic Field (Geomagnetosphere)**
- Monitoring **geomagnetic disturbances** (G1-G5 on the NOAA scale) due to the interaction of the solar wind with the magnetosphere.
- Analysis of **geomagnetic indices (Kp, Dst, AE)** during solar storms.
- Investigation of geomagnetic induced currents (GIC) affecting electrical and communications infrastructure.
- Modeling of magnetic reconnection and its impact on the structure of the Earth's magnetic field.
### **3. Impact of Solar Storms on the Ionosphere**
- Study of variations in ionospheric electron density (TEC) due to solar storms.
- Observation of disruptions to radio communications (HF & satellite) and navigation systems (GPS/GNSS) due to ionospheric fluctuations.
- Analysis of ionospheric scintillation and the formation of unstable F2 layers.
- Modeling of ionospheric disturbances using satellite data (such as SWARM, COSMIC) and ground-based observations (ionosondes, radar).
### **4. System Integration and Modeling**
- Development of a numerical model to holistically predict the impact of solar storms.
- Correlation of data from **multi-instrument (magnetometer, infrasound sensor, ionosonde, satellite)** for a more comprehensive understanding.
- Simulation of **extreme solar storm** scenarios and their impact on technological infrastructure.
### **5. Applications and Mitigation**
- Recommendations for **critical infrastructure protection** (power grid, communications, navigation).
- Development of **early warning systems** based on real-time observations.
- Study of long-term impacts on **space weather** and the Earth's environment.
Study Programs/Educational Majors:
1. Physics & Geophysics - Physics (Theoretical/Experimental Physics)
→ Understand the fundamentals of electromagnetism, plasma physics, and particle dynamics. - **Geophysics** → Study of the Earth's magnetic field (geomagnetism), seismology (infrasound), and ionospheric physics. - **Earth & Space Physics** → Specifically studies the interaction of the Sun with Earth and space weather.
2. Astronomy & Astrophysics - Astronomy
→ Understanding solar activity (CMEs, flares, solar wind). - **Astrophysics** → Modeling plasma physics and energetic particle dynamics.
3. Engineering & Engineering - Electrical Engineering (Telecommunications, Electromagnetics)
→ Analysis of radio signal interference, GPS, and geomagnetic effects on infrastructure. - **Aerospace Engineering** → Impact of solar storms on the atmosphere and navigation. - **Geomatics/Geodesy Engineering** → Satellite data processing and remote sensing for the ionosphere.
4. Atmospheric & Environmental Sciences - Meteorology & Climatology
→ Impact of solar storms on the atmosphere. - **Ocean & Atmospheric Sciences** → Study of infrasound propagation in the atmosphere.
5. Computer Science & Data Science - Computer Science (Computational Science)
→ Numerical modeling, space weather simulation, and machine learning for prediction. - **Data Science** → Processing big data from satellites, geomagnetic sensors, and ionosondes.
6. Instrumentation & Observation Technology - Engineering Physics (Instrumentation)
→ Development of infrasound sensors, magnetometers, and observation equipment. - **Remote Sensing** → Analysis of satellite data for the ionosphere and geomagnetism.
Student Quota:
5
Work/Internship/Research Location:
KST Cisitu (Samaun Samadikun)
Application Requirements:
Comprehensive Study of the Impact of Solar Storms on Infrasound, Geomagnetism, and the Ionosphere.
Scope of the Activity/Research Topic:
### **1. Impact of Solar Storms on Infrasound**
- **Monitoring infrasound variations** due to solar storm disturbances.
- Analysis of the relationship between **solar energetic particle disturbances (CMEs, flares)** and changes in infrasound propagation in the atmosphere.
- Study of the effect of **changes in atmospheric temperature and density** (due to heating from solar storms) on infrasound characteristics.
- Application in **early detection of atmospheric disturbances** associated with extreme solar activity.
### **2. Impact of Solar Storms on the Geomagnetic Field (Geomagnetosphere)**
- Monitoring **geomagnetic disturbances** (G1-G5 on the NOAA scale) due to the interaction of the solar wind with the magnetosphere.
- Analysis of **geomagnetic indices (Kp, Dst, AE)** during solar storms.
- Investigation of geomagnetic induced currents (GIC) affecting electrical and communications infrastructure.
- Modeling of magnetic reconnection and its impact on the structure of the Earth's magnetic field.
### **3. Impact of Solar Storms on the Ionosphere**
- Study of variations in ionospheric electron density (TEC) due to solar storms.
- Observation of disruptions to radio communications (HF & satellite) and navigation systems (GPS/GNSS) due to ionospheric fluctuations.
- Analysis of ionospheric scintillation and the formation of unstable F2 layers.
- Modeling of ionospheric disturbances using satellite data (such as SWARM, COSMIC) and ground-based observations (ionosondes, radar).
### **4. System Integration and Modeling**
- Development of a numerical model to holistically predict the impact of solar storms.
- Correlation of data from **multi-instrument (magnetometer, infrasound sensor, ionosonde, satellite)** for a more comprehensive understanding.
- Simulation of **extreme solar storm** scenarios and their impact on technological infrastructure.
### **5. Applications and Mitigation**
- Recommendations for **critical infrastructure protection** (power grid, communications, navigation).
- Development of **early warning systems** based on real-time observations.
- Study of long-term impacts on **space weather** and the Earth's environment.
Study Programs/Educational Majors:
1. Physics & Geophysics - Physics (Theoretical/Experimental Physics)
→ Understand the fundamentals of electromagnetism, plasma physics, and particle dynamics. - **Geophysics** → Study of the Earth's magnetic field (geomagnetism), seismology (infrasound), and ionospheric physics. - **Earth & Space Physics** → Specifically studies the interaction of the Sun with Earth and space weather.
2. Astronomy & Astrophysics - Astronomy
→ Understanding solar activity (CMEs, flares, solar wind). - **Astrophysics** → Modeling plasma physics and energetic particle dynamics.
3. Engineering & Engineering - Electrical Engineering (Telecommunications, Electromagnetics)
→ Analysis of radio signal interference, GPS, and geomagnetic effects on infrastructure. - **Aerospace Engineering** → Impact of solar storms on the atmosphere and navigation. - **Geomatics/Geodesy Engineering** → Satellite data processing and remote sensing for the ionosphere.
4. Atmospheric & Environmental Sciences - Meteorology & Climatology
→ Impact of solar storms on the atmosphere. - **Ocean & Atmospheric Sciences** → Study of infrasound propagation in the atmosphere.
5. Computer Science & Data Science - Computer Science (Computational Science)
→ Numerical modeling, space weather simulation, and machine learning for prediction. - **Data Science** → Processing big data from satellites, geomagnetic sensors, and ionosondes.
6. Instrumentation & Observation Technology - Engineering Physics (Instrumentation)
→ Development of infrasound sensors, magnetometers, and observation equipment. - **Remote Sensing** → Analysis of satellite data for the ionosphere and geomagnetism.
Student Quota:
5
Work/Internship/Research Location:
KST Cisitu (Samaun Samadikun)
Application Requirements:
- Letter of Introduction
- File Data Transkrip
- Photo
- Identity Card
- CV
- Proposal
- Agreement
