The Ionic Mission
Studying high-energy cosmic rays—particles from beyond our solar system that travel near the speed of light.
CAPIBARA
Collaboration for the Analysis of Photonic and Ionic Bursts and Radiation
Exploring the High-Energy Universe, Powered by Students
What Is CAPIBARA and What We Aim For
CAPIBARA is an ambitious student-led initiative dedicated to unveiling the mysteries of the high-energy Universe. Founded by a passionate team of young researchers, our project merges cutting-edge astrophysics with a hands-on educational approach. We're charting new cosmic frontiers—one mission at a time.
Our first mission focuses on the detection of cosmic rays (ionic particles) in Earth’s low orbit. Together with OBA Space’s FARADAY mission, we applied to PLD Space Spark Program, an opportunity by the Spanish company to launch small satellites without cost, mainly targeted at students and start-ups.
The second mission which CAPIBARA proposes aims at capturing the extreme phenomena of the Cosmos relying on electromagnetic radiation. With multiple satellites observing the gamma-ray to X-ray, intensity interferometry helps us leverage celestial coordinates constraining. Read more about our photonic mission here.
We aim not only to gather transformative data for science—but also to make that data freely accessible, encouraging young minds around the world to take part in space research. Together, we believe students can lead, and should be involved, in the next leap in research, because they are also part of the society which is shaped by science.
Missions
The Photonic Mission
Observing gamma and X-ray radiation to understand powerful cosmic events like gamma-ray bursts and blazars.
GRBs Cosmology
Using the most powerful explosions as cosmological probes.
AGN Jet Dynamics and Cosmic Ray Interactions
Understanding the relation between AGNs and cosmic rays.
Supernova Research
Detecting the role of remnants in cosmic ray radiation.
Solar Cosmic Rays
Detecting the radiation from our most nearby star.
Complete SPARK Program Application
Initially, we applied to the SPARK program, however, in the end our goals and plans did not align. Here's the complete application containing some of the goals and scientific initiatives, although some information might be outdated.
The Necessity for a Gamma-Ray Telescope Mission
In preparation paper on the necessity of an additional gamma-ray telescope in the context of current and future gamma-ray and X-ray observation capabilities and availability.
Presentation at the CosmoXarxa
This is a presentation of the project held by our project leader, Joan, at the CosmoCarxa, an initiatives by the Explainers community of the CosmoCaixa Science Museum to share science and career advice by explainers for explainers.
We’re a dedicated group of high school students, each with unique perspectives and skills, who are embarking on an ambitious mission. Our team’s interests span a wide range of fields, including astrophysics, particle physics, and aerospace engineering. Together, we’re determined to push the boundaries of knowledge and explore the mysteries of the cosmos.
Frequently Asked Questions
What is CAPIBARA? Who is involved? ▼
CAPIBARA is a scientific collaboration focused on studying the high-energy universe through two space missions. It brings together young students working to understand the cosmos using ions (cosmic rays) and photons (gamma/X-rays).
Why do we need two missions? ▼
Different cosmic messengers (ions and photons) provide complementary information about high-energy astrophysical events. In addition, separating the goals makes it more manageable to optimize each mission for its detectors and needs.
Why do we need space missions instead of ground-based telescopes? ▼
Earth's atmosphere blocks many high-energy particles and photons. Ground-based detectors study some cosmic rays, but space missions allow us to directly detect these signals without atmospheric interference.
How do young students contribute to CAPIBARA? ▼
The organization is fully integrated and run by young students in every aspect. At CAPIBARA, we want to show what young researchers are capable of and encourage other students to have an active role in science and research. Science isn't just for some, it's for all!
How can these missions teach us about the Universe? ▼
- How cosmic rays are produced and accelerated by magnetic fields?
- What is the nature of extreme astrophysical phenomena like black holes or neutron stars?
- What do distant high-energy transients tell us about the early Universe?
What makes CAPIBARA unique compared to other space missions? ▼
CAPIBARA is unique because it is run by young students, emphasizing hands-on experience and innovation. It also focuses on combining insights from cosmic rays and high-energy photons to provide a more complete picture of the universe.
What challenges do these space missions face? ▼
Space missions encounter challenges such as radiation exposure, limited power supply, and the need for precise instrumentation. Overcoming these requires innovative engineering and problem-solving.
How can students get involved with CAPIBARA? ▼
CAPIBARA is open to new student members (both high school and undergraduate). If you are passionate about space science or astrophysics, we are waiting for you! In addition, we are preparing school materials about astronomy and astrophysics, as well as are open to giving talks or conducting workshops at schools or other events.
How is the data collected by CAPIBARA missions used? ▼
Data is collected differently for the two space missions. We will analyze cosmic ray data as well as x-ray and gamma-ray images and spectra. We are currently working on the data publication system to share this data with the entire community.
How does CAPIBARA collaborate with other organizations? ▼
CAPIBARA partners with universities, research institutions, and space agencies to leverage expertise, share resources, and maximize the scientific output of its missions. Student members have participate and conduct internships at research institutes, bringing expertise, knowledge, and experience to the group.
What kind of discoveries could CAPIBARA potentially make? ▼
CAPIBARA aims to uncover insights about the nature of solar cosmic rays and solar weather, as well as the evolution of the Universe and the physics of high-energy phenomena like black hole jets.
How is CAPIBARA funded? ▼
CAPIBARA is a new initiative and we are currently working without funding. However, we are planning diverse actions in order to cover the costs of the instruments. If you would want to fund us, please send us an email with the contact below.
Why is studying high-energy phenomena important for science? ▼
High-energy phenomena help us understand the most extreme environments in the universe, offering clues about fundamental physics, cosmic evolution, and the limits of our current scientific models.
Interested in Learning More?
Contact us for more details on the project and our research.