SUMMARY
Voyager 2 has successfully entered interstellar space and continues to transmit valuable data back to Earth. As of November 4, 2019, it sent its first signals from this region, utilizing a transmitter power of 22 Watts. NASA's largest antenna, a 70-meter dish, was required to receive these signals. Voyager 2 is expected to maintain operational capabilities until at least 2025, providing ongoing insights into the interstellar medium.
PREREQUISITES
- Understanding of interstellar space and its significance in astrophysics
- Familiarity with the Voyager program and its mission objectives
- Knowledge of radio communication technology, specifically regarding low-power transmissions
- Awareness of NASA's space exploration tools and infrastructure, such as the 70-meter antenna
NEXT STEPS
- Research the scientific findings from Voyager 2's data on the interstellar medium
- Explore the technology behind low-power space communication systems
- Learn about the operational lifespan and power management of deep-space probes
- Investigate the role of large ground-based antennas in receiving data from distant spacecraft
USEFUL FOR
Astronomers, astrophysicists, space enthusiasts, and anyone interested in the advancements of interstellar exploration and the technology behind deep-space communication.