A split screen of Earth and Proxima Centauri with a line measuring the distance, zooming out to show how far 4 light-years truly is compared to our solar system.

A graphic showing a spaceship zooming past at the speed of light, with a counter ticking up from 0 to 4.24 years in real-time, showing the journey to Proxima Centauri.

A graphic showing a spaceship zooming past at the speed of light, with a counter ticking up from 0 to 4.24 years in real-time, showing the journey to Proxima Centauri.

Zoom in on a single glowing star, then overlay a title card saying “Proxima Centauri” with a small animation of its distance from Earth in light-years.

Zoom in on a single glowing star, then overlay a title card saying “Proxima Centauri” with a small animation of its distance from Earth in light-years.

A stunning, clear night sky filled with stars twinkling above. The camera slowly pans across the starfield, with a particular star glowing brighter.

A stunning, clear night sky filled with stars twinkling above. The camera slowly pans across the starfield, with a particular star glowing brighter.

A human silhouette standing against a starry background, slowly dissolving into glowing particles of light. The human figure appears connected to the universe, emphasizing our cosmic origins.

A human silhouette standing against a starry background, slowly dissolving into glowing particles of light. The human figure appears connected to the universe, emphasizing our cosmic origins.

The early Earth forming from cosmic dust and gas, showing the swirling particles coming together to form the planet. Zoom in on a landscape showing primitive Earth with volcanoes and oceans forming.

The early Earth forming from cosmic dust and gas, showing the swirling particles coming together to form the planet. Zoom in on a landscape showing primitive Earth with volcanoes and oceans forming.

The remnants of the exploded star—dust and gas—float through space, eventually forming swirling clouds of matter. The dust glows faintly as it travels through the galaxy.

The remnants of the exploded star—dust and gas—float through space, eventually forming swirling clouds of matter. The dust glows faintly as it travels through the galaxy.

The remnants of the exploded star—dust and gas—float through space, eventually forming swirling clouds of matter. The dust glows faintly as it travels through the galaxy.

A dramatic supernova explosion, showing a bright star collapsing and erupting in a brilliant explosion, sending particles of dust and heavy elements into space.

A dramatic supernova explosion, showing a bright star collapsing and erupting in a brilliant explosion, sending particles of dust and heavy elements into space.

Zoom in on a single star forming within a nebula. Particles of gas and dust swirl together, glowing brighter as nuclear fusion begins at the star’s core.

Zoom in on a single star forming within a nebula. Particles of gas and dust swirl together, glowing brighter as nuclear fusion begins at the star’s core.

A stunning view of the vast, dark cosmos. Stars are beginning to form, glowing faintly in the distance, and nebula clouds swirl slowly, suggesting the early moments of the universe.

A stunning view of the vast, dark cosmos. Stars are beginning to form, glowing faintly in the distance, and nebula clouds swirl slowly, suggesting the early moments of the universe.

A final shot of Neptune spinning serenely, with a faint glow from the distant sun

A final shot of Neptune spinning serenely, with a faint glow from the distant sun

A final shot of Neptune spinning serenely, with a faint glow from the distant sun

A zoom-in on one of Neptune’s Great Dark Spots, a massive storm raging across the planet. The storm rotates violently, with winds swirling around it, forming a vortex.

A zoom-in on one of Neptune’s Great Dark Spots, a massive storm raging across the planet. The storm rotates violently, with winds swirling around it, forming a vortex.

A side-by-side comparison of a powerful Earth hurricane versus Neptune’s winds. On Earth, trees are uprooted; on Neptune, the winds are swirling far more violently, sweeping up clouds and gas.

A side-by-side comparison of a powerful Earth hurricane versus Neptune’s winds. On Earth, trees are uprooted; on Neptune, the winds are swirling far more violently, sweeping up clouds and gas.

A dynamic animation of wind speeds increasing rapidly, with numbers on screen showing wind velocity climbing from 0 to 2,100 km/h (1,300 mph).

A dynamic animation of wind speeds increasing rapidly, with numbers on screen showing wind velocity climbing from 0 to 2,100 km/h (1,300 mph).

The camera moves through Neptune’s swirling blue atmosphere, focusing on thick clouds. We see the winds starting to stir up, creating violent turbulence.

The camera moves through Neptune’s swirling blue atmosphere, focusing on thick clouds. We see the winds starting to stir up, creating violent turbulence.

A captivating view of Neptune from space. The planet’s deep blue hue stands out against the black void of space. Zooming in slowly toward the planet to emphasize its mysterious allure.

A captivating view of Neptune from space. The planet’s deep blue hue stands out against the black void of space. Zooming in slowly toward the planet to emphasize its mysterious allure.

End with a stunning visual of the entire Milky Way from a distance, with our solar system marked as a tiny dot. Add a light motion effect to suggest continuous movement.

End with a stunning visual of the entire Milky Way from a distance, with our solar system marked as a tiny dot. Add a light motion effect to suggest continuous movement.

Show an animation of the sun’s gravitational pull on the planets, and then zoom out to show the Milky Way’s gravitational forces on the solar system, guiding its movement.