Unsent Objects to Space: Prioritizing What Should Be Sent

Currently, there are various objects and entities sent to space, each serving a crucial purpose. However, when it comes to the future of space exploration and the well-being of our planet, certain items should be prioritized over others. This article explores the items currently being sent to space, identifies key exceptions, and outlines what should be enhanced to improve life on Earth.

Current Objects Sent to Space

The list of current items sent to space is vast and includes:

Communications satellites: Exploration probes and satellites: Rocket upper stages: People: Cargo spacecraft to the ISS: Experimental ISS modules: Earth science satellites: Military/ spy satellites:

These items are essential for everything from global communications to monitoring Earth's environmental conditions, and they play significant roles in the functioning of many countries.

The Case Against Rocket Stages

Among the items currently sent to space, one might argue that rocket stages are a double-edged sword. Rocket stages are critical for launching payloads into orbit, but once they reach their destination, they often end up as debris. These spent stages can be hazardous, contributing to the growing problem of space debris. Space debris not only poses a threat to other operational satellites but also increases the risk of unnecessary collisions.

For instance, a collision between active spacecraft and space debris can lead to more debris, which then threatens other spacecraft, creating a vicious cycle. Therefore, it is imperative to actively de-orbit these stages and ensure they do not create additional hazards in orbit.

Enhancing What We Already Send

To enhance the benefits we derive from space, it is crucial to send more of the following items to space:

Communications satellites: Exploration probes and satellites: People: Cargo spacecraft to the ISS: Experimental ISS modules: Earth science satellites: Military/ spy satellites:

This increase in quantity can lead to substantial improvements in Earth's communications infrastructure, enhance our knowledge of space through exploration, and improve our understanding of Earth's environment.

The Implications for Earth

By sending more of the items listed above, several benefits can be realized:

Better information about space: More satellites in orbit can provide a wealth of data about space phenomena, enabling better scientific research and, in the long term, potentially leading to new discoveries. Improved protection of Earth: Enhanced satellite capabilities can help monitor and predict natural disasters, protect the environment, and support climate change research. Stronger global communications: More robust satellite networks can improve communications around the world, ensuring that vital information is accessible to all.

By focusing on these key areas and de-emphasizing the launching of spent rocket stages, humanity can pave the way for a safer and more sustainable future in space, ultimately benefiting life on Earth.

Irony in Space Exploration

It is worth noting the irony that in the quest to explore space and save our planet, we have inadvertently contributed to our own challenges. The creation of more wars and weapons for space conflicts has shown that the path to space exploration is not without its complexities and contradictions.

While we continue to innovate and explore, it is essential to consider the broader implications of our actions. Hopefully, in a better future, there will be suitable habitats for human beings and creatures to coexist peacefully. This future is worth striving for, and the lessons learned from our current ventures can guide us toward a more sustainable and harmonious approach to space exploration.