{"id":9240,"date":"2026-04-15T02:03:13","date_gmt":"2026-04-15T02:03:13","guid":{"rendered":"https:\/\/globalnewstoday.uk\/index.php\/2026\/04\/15\/opinion-sending-humans-to-space-is-not-a-waste-technicianonline-com\/"},"modified":"2026-04-15T02:03:13","modified_gmt":"2026-04-15T02:03:13","slug":"opinion-sending-humans-to-space-is-not-a-waste-technicianonline-com","status":"publish","type":"post","link":"https:\/\/globalnewstoday.uk\/index.php\/2026\/04\/15\/opinion-sending-humans-to-space-is-not-a-waste-technicianonline-com\/","title":{"rendered":"OPINION: Sending humans to space is not a waste – technicianonline.com"},"content":{"rendered":"

When news broke that a member of the <\/span>Artemis II <\/span><\/a>crew was an NC State graduate, it sparked excitement and pride across students. It felt like something could start here, on this campus, and extend far beyond it.<\/span>
Astronaut <\/span>Christina Koch<\/span><\/a>, an NC State alumna, spent <\/span>328 days<\/span><\/a> aboard the International Space Station \u2014 the longest single spaceflight by a woman. Now, she is part of the <\/span>Artemis II crew<\/span><\/a>, a mission that will send humans around the moon for the first time in over 50 years. And for the first time, that journey will include a woman.<\/span>
But as excitement spreads, so does a familiar question: Why are we still sending humans to space at all?<\/span>
With how advanced technology has become, people <\/span>argue<\/span><\/a> that human spaceflight is unnecessary, even wasteful. If robots can do the job, why spend the time, money and risk to send people?<\/span>
It\u2019s a fair question, but the idea that technology has made astronauts obsolete assumes that innovation is about replacement when it\u2019s actually about expansion. Humans and technology don\u2019t compete in space. They work together in ways that make exploration more effective.<\/span>
Robotic missions are invaluable, but they\u2019re limited. They follow instructions and they operate within constraints. Humans, on the other hand, adapt. They solve problems in real time and make judgment calls that can\u2019t always be programmed. Missions like Artemis II, which require long-duration habitation and hands-on scientific work, depend on that kind of flexibility, the kind no <\/span>machine<\/span><\/a> can fully replicate.<\/span>
More importantly, the impact of human space exploration doesn\u2019t stop in orbit. It comes back to Earth.<\/span>
Research conducted aboard the International Space Station, including during Koch\u2019s mission, has contributed to advancements in everything from <\/span>medical<\/span><\/a> research to <\/span>water<\/span><\/a> purification systems. <\/span>Satellite<\/span><\/a> systems, many of which are tied to space exploration infrastructure, play a major role in tracking climate patterns, monitoring ocean health and predicting weather-related natural disasters.<\/span>
For students studying environmental science, engineering or even international policy, that connection matters. Space exploration isn\u2019t separate from the problems we face here; it\u2019s part of how we solve them.<\/span>
The cost argument, while common, is often overstated. The <\/span>budget<\/span><\/a> for NASA makes up a tiny fraction of federal spending \u2014 less than 1%. Yet the return on that investment, in terms of technological advancement and economic impact, is significant. Calling it a waste of money says more about what we choose to prioritize than what it actually costs.<\/span>
It\u2019s also worth recognizing that today\u2019s space exploration is not simply a repeat of the past. This is a different landscape, one shaped by international collaboration and partnerships with private companies like <\/span>SpaceX<\/span><\/a>. The <\/span>goals<\/span><\/a> are broader now: long-term sustainability in space, deeper scientific research and the possibility of future human settlement beyond Earth.<\/span>
Dismissing modern space exploration as outdated ignores how much has changed, and how much is still at stake.<\/span>
At its core, sending humans to space is about more than scientific data or technological progress. It\u2019s about maintaining a sense of curiosity and ambition that pushes society forward. It\u2019s about investing in something that doesn\u2019t offer immediate returns, but shapes the future in ways we can\u2019t fully predict yet.<\/span>
And on a campus like NC State, where students are constantly being asked to think about their role in the world, that kind of investment should matter.<\/span>
Because when someone like Koch, who once sat in the same classrooms, spends nearly a year in space, then orbits the moon, it should encourage a shift in perspective.<\/span>
Students have a role in shaping what gets prioritized through what we study, what we advocate for and what we choose to support. Whether that means pursuing research, engaging with policy or simply refusing to accept the idea that exploration is expendable, the next phase of space exploration will depend on whether our generation chooses to value it.<\/span>
If we start treating space exploration as unnecessary, we\u2019re not just limiting what we can discover. We\u2019re limiting what we believe is worth pursuing. And that\u2019s a much bigger loss than any line in a budget.<\/span>
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