# Cosmic Accelerators

**Authors:** Jonathan Arons  
**arXiv:** [0903.4884](https://arxiv.org/abs/0903.4884)  
**Date:** 2009-03-27  
**Summary page:** https://www.summarizepaper.com/en/paper/0903.4884v1/

## Key points

- Investigating high energy particle accelerators beyond Earth
- Importance of studying cosmic accelerators outside our Solar System
- Desired features in telescopes for remote sensing of cosmic accelerators
- Significance of understanding high energy particle accelerators in shaping the universe
- Insights into fundamental physics processes through studying cosmic accelerators
- Developing techniques for remote sensing to observe and analyze cosmic accelerators
- Desired features in telescopes: high sensitivity, wide field-of-view, good angular resolution
- Foundation for future research on cosmic accelerators
- Contribution to knowledge of astrophysics and fundamental physics processes throughout the universe

## Summary

In the study titled "Cosmic Accelerators," Jonathan Arons discusses the scientific rationale and opportunities in investigating high energy particle accelerators that exist beyond Earth, particularly those outside of our Solar System. The author emphasizes the importance of studying these cosmic accelerators and outlines the desired features in telescopes used for remote sensing to probe these phenomena. The study highlights the significance of understanding high energy particle accelerators as they play a crucial role in shaping the universe. By studying these cosmic accelerators, scientists can gain insights into fundamental physics processes, such as particle acceleration mechanisms and the generation of high-energy radiation. Arons emphasizes that most cosmic accelerators are located outside our Solar System, making it essential to develop techniques for remote sensing to observe and analyze them. The author briefly outlines the desired features in telescopes used for this purpose. These telescopes should have high sensitivity to detect faint signals from distant sources, wide field-of-view to survey large areas of the sky, and good angular resolution to precisely locate cosmic accelerator sources. The findings presented in this study provide a foundation for future research on cosmic accelerators and highlight the need for advanced observational tools. Understanding these high energy particle accelerators will contribute significantly to our knowledge of astrophysics and fundamental physics processes occurring throughout the universe.