4 Interesting Facts about SWIM Robot Swimming in the Ocean of Space

4 Interesting Facts about SWIM Robot Swimming in the Ocean of Space

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1. Ocean Exploration Beyond Earth

Astronomers have found that oceans in other places such as Europa, a satellite of Jupiter, and Enceladus, a satellite of Saturn, are very deep and consist of layers of ice. Of course, it is not easy for humans to dive directly into the sea ice.

Because of this, researchers think they need new technology that can dive into the ocean and can move independently, such as SWIM. SWIM will collect important data on the chemical composition, temperature, pressure and even the presence of biomolecules in Europa's oceans.

This data will later help scientists understand further whether ocean conditions support life or not.

2. Equipped with AI

SWIM not only relies on micro-robotic hardware, but also utilizes artificial intelligence (AI). These micro-robots can work independently or in teams.

They can share data and complete complex tasks such as mapping the underwater environment in detail. With the help of AI, SWIM micro-robots can recognize patterns and oddities from the data they collect.

They can also make immediate decisions, such as choosing the best route for exploration based on surrounding conditions. This ability is very important to be prepared if something unexpected occurs.

Small Size
3. Small in size

One of the advantages of SWIM is that it is very small, only around 12 cm. Because of this size, micro-robots can be included in cryobots.

Cryobot is a special robot that can penetrate thick layers of ice by melting it. Then the cryobot will carry SWIM until it reaches the ocean beneath the ice.

Once released, these micro-robots will spread out and explore a large area efficiently. SWIM's small design makes it very flexible.

Apart from that, this robot is also energy efficient, so missions can last longer and reach farther than previous technology.

4. Equipped with a sensitive sensor

SWIM is also equipped with a very sensitive sensor. This sensor functions to detect signs of life, both microorganisms and complex organic molecules.