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The Kármán line, located at approximately 100 kilometers above sea level, represents the mysterious border between Earth and the infinite universe. Calculated byTheodore von Kármán, this arbitrary boundary embodies our relentless quest to uncover the secrets of the cosmos.

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Theodore von Kármán: Pioneer of Space Exploration

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An eminent Hungarian-born engineer and physicist who became a naturalized American, he is one of the most influential figures in the history of aerospace. Born in 1881, von Kármán played a crucial role in the development of aviation and space exploration. His contributions marked a turning point in our understanding of the universe's boundaries and laid the groundwork for many modern space missions. His pioneering work left a lasting legacy in the field of space exploration, inspiring future generations to explore the mysteries of the cosmos.

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In 1881, Von Kármán was born, leaving an indelible mark on aviation and space exploration. His influence redefined our knowledge of the limits of the universe, thus laying the foundations for contemporary space missions. His groundbreaking advances forged a lasting legacy, motivating subsequent generations to uncover the mysteries of the cosmos.

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This invisible line marks the point where traditional atmospheric flights give way to rockets and spacecraft, and it serves as a reference for many space missions. This boundary is also essential for determining specific rules and regulations, particularly in the context of international space law.

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"The exploration knows no bounds"

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Throughout the history of space exploration, historic achievements have crossed the Kármán line. The first manned spaceflights allowed humanity to surpass this boundary for the first time and initiate the concept of space travel. Despite the apparent vastness of space, it begins just a few kilometers above us, a realm that continues to arouse fascination and curiosity.

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The Earth's atmosphere is divided into several distinct layers, each with its unique characteristics.It all begins in the troposphere, where weather phenomena occur, and commercial air planes fly at approximately 10 kilometers above sea level.

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Above that, the stratosphere houses the protective ozone layer, while the mesosphere witnesses meteors ablaze, becoming shooting stars.

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Higher up, the thermosphere, despite its extreme heat, is coveted for satellite orbits.

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Finally, the exosphere, the outermost layer, sees the air gradually thin out until it merges with the vacuum of space.

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These layers play a crucial role in protecting Earth from solar particles and are essential for orbiting satellites.

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Zephalto's ambition is to reinvent the norms of travel by offering an ascent to the stars in harmony with the elements and nature. For this, we invite you to explore the mysteries of the stratosphere during a unique experience at the threshold of space.