From Dal Lake to Deep Space

Credit By: ER.SUHAIB BAKSHI

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• 01 May 2026

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How AI and human exploration are gradually shaping a shared future beyond Earth

“We once looked at the stars from places like Dal Lake. Today, we are beginning to reach them through human effort and advancing technology.”

Beneath Kashmir’s calm night sky, the vastness above often feels close. The stars move slowly across the darkness, and Dal Lake reflects them in still water. For generations, people here have looked upward with curiosity, asking what lies beyond. That sense of wonder has always been present. In a place shaped by its landscape and traditions, the sky has offered a moment of reflection, a space where thoughts settle, and questions arise. Today, something new is unfolding. The distance between observation and participation is slowly narrowing.

In April 2026, Artemis II carried astronauts around the Moon and safely back to Earth. For the first time in more than fifty years, humans travelled far beyond Earth’s orbit again. The crew, Reid Wiseman, Victor Glover, Christina Koch, and Jeremy Hansen, spent nearly ten days in space, reaching more than 250,000 miles from Earth and travelling close to 694,000 miles in total. Their safe return marked an important step. It showed that careful preparation, steady learning, and cooperation continue to guide human progress in space.

The next step builds on this work. Artemis 3 is planned to place astronauts near the Moon’s south pole. Scientific observations have shown evidence of water ice in this region, which may support future exploration. This opens a measured possibility. The Moon may not remain only a place for brief visits. Over time, it may allow longer missions and deeper study, gradually extending human presence beyond Earth. As these missions advance, they are increasingly supported by technology.

This journey, however, is not shaped by human effort alone.

Space presents unique challenges. Communication between Earth and distant missions can take several minutes, and in deep space, it can take even longer. In such situations, systems must operate with a degree of independence. Artificial intelligence is becoming central in meeting this need. At NASA, AI is used to assist with navigation, mission planning, and data analysis. It helps teams manage large volumes of information and respond to changing conditions with greater precision.

On Mars, the Mars 2020 Perseverance mission reflects this shift. The rover studies its surroundings, identifies safe paths, and continues its work even when communication delays occur. It moves forward within defined limits, gathering data and adapting to its environment. This marks a meaningful change in how exploration is carried out.

Artificial intelligence itself is also evolving

A newer approach, often described as agentic AI, is being explored. These systems are designed to carry out tasks with greater independence within defined boundaries. Researchers at MIT Sloan School of Management describe them as systems that can plan steps, use tools, and complete tasks in structured environments.

Companies such as Anthropic, OpenAI, and Google are working on such developments. In the years ahead, these systems may become an important part of how space missions are managed and supported.

Alongside this, machines are gradually learning to assist in physical work. Robotic systems, including those being explored by companies like Tesla, are being designed to handle tools and perform repetitive tasks. In space, such systems may support mission preparation, help build early structures, and reduce risks for human crews. Their role will be to assist human effort, not replace it.

Space exploration today is also shaped by cooperation

Through initiatives like the Artemis Accords, countries are working together to ensure that space activities remain peaceful and coordinated. This reflects a shared understanding that space is a common domain, where cooperation benefits everyone.

India is contributing to this effort in meaningful ways. Through the Indian Space Research Organisation, it has achieved important milestones. Chandrayaan-3 successfully reached the Moon’s south polar region. The planned Chandrayaan-4 aims to return lunar samples for study. India is also preparing for human spaceflight through Gaganyaan. These efforts contribute to a broader and shared understanding of space.

In parallel, the space economy is also growing steadily, with private companies such as SpaceX and Blue Origin developing launch systems and spacecraft for human spaceflight, and companies like Virgin Galactic enabling suborbital human travel.

Alongside these developments, agencies such as NASA, the European Space Agency, and the China National Space Administration continue their exploration efforts, with contributions from partners including the Canadian Space Agency, while India, through the Indian Space Research Organisation, is preparing for human spaceflight under programmes such as Gaganyaan.

As space continues to develop, an important question remains. How widely will its benefits be shared? Space is not only about exploration. It is also about access to knowledge, opportunity, and resources. Ensuring that this progress is inclusive will shape how meaningful this journey becomes.

For Kashmir, this moment carries a quiet relevance

The region holds curiosity, depth, and a thoughtful sense of understanding shaped by its surroundings and way of life. With greater access to science and technology education, students here can take part in this evolving field. Because the beginning of space exploration lies in learning. With the right opportunities, meaningful contributions can come from anywhere.

Space is already connected to daily life in visible ways. Satellites help monitor glaciers, track changes in snow cover, and improve weather forecasting. These systems support agriculture, disaster preparedness, and environmental awareness. Programmes like the Copernicus Programme provide data that helps regions like Kashmir respond to change. In this way, space science is not distant. It is already present.

Amid all this progress, one simple truth remains. Technology can guide and assist, but the sense of wonder felt under the night sky remains deeply human. It encourages curiosity, reflection, and a desire to understand more.

This is why this moment matters.

Space is opening in a way that allows more people to learn and take part. In the years ahead, exploration will continue to involve not only astronauts, but an even wider community of engineers, researchers, scientists, and professionals across many fields.

It is possible to imagine a student from Srinagar contributing to a future mission, or a researcher from the region studying discoveries made beyond Earth. These are no longer distant ideas. There are possibilities that are gradually taking shape.

Artificial intelligence is already supporting missions beyond Earth. Human exploration continues step by step, guided by learning and care. And the Moon, once distant, is slowly becoming more accessible.

Under the skies of Kashmir, the stars remain unchanged. What is changing is how humanity chooses to reach them.

(The Author writes on science and technology. Feedback: bakshisuhaib094@gmail.com)