The camera zooms out from Venus to show it glowing intensely, transitioning to a side-by-side comparison of Venus and Earth. Venus glows a brilliant orange-red while Earth appears cool and blue.

The camera zooms out from Venus to show it glowing intensely, transitioning to a side-by-side comparison of Venus and Earth. Venus glows a brilliant orange-red while Earth appears cool and blue.

A glimpse of Venus’ rocky surface with towering volcanoes and jagged mountains. Include faint lightning strikes in the background with a molten-like terrain. Show a probe landing but immediately overheating.

A glimpse of Venus’ rocky surface with towering volcanoes and jagged mountains. Include faint lightning strikes in the background with a molten-like terrain. Show a probe landing but immediately overheating.

A simulation of Venus’ thick atmosphere. Show clouds trapping heat as arrows representing sunlight enter and are trapped within the planet’s surface. The heat bounces around in the atmosphere, symbolizing the greenhouse effect.

A simulation of Venus’ thick atmosphere. Show clouds trapping heat as arrows representing sunlight enter and are trapped within the planet’s surface. The heat bounces around in the atmosphere, symbolizing the greenhouse effect.

Side-by-side comparison of Mercury and Venus. Mercury’s surface appears rugged with a moderate heat glow, while Venus radiates intense heat waves. Add a graphic showing Mercury’s distance from the Sun and Venus’ distance.

Side-by-side comparison of Mercury and Venus. Mercury’s surface appears rugged with a moderate heat glow, while Venus radiates intense heat waves. Add a graphic showing Mercury’s distance from the Sun and Venus’ distance.

A close-up of Venus’ fiery, cloud-covered surface. The image should show swirling clouds of thick sulfuric acid, reflecting an intense golden glow. A thermometer icon rises quickly, settling at 462°C (864°F).

A close-up of Venus’ fiery, cloud-covered surface. The image should show swirling clouds of thick sulfuric acid, reflecting an intense golden glow. A thermometer icon rises quickly, settling at 462°C (864°F).

A majestic view of the solar system, with Venus highlighted in a bright golden-yellow hue, slightly larger in focus compared to the other planets. Include labels for the planets with Venus prominently labeled. The camera slowly zooms toward Venus.

A majestic view of the solar system, with Venus highlighted in a bright golden-yellow hue, slightly larger in focus compared to the other planets. Include labels for the planets with Venus prominently labeled. The camera slowly zooms toward Venus.

Show a futuristic, slowly darkening universe with galaxies growing fainter, symbolizing the distant future.

Show a futuristic, slowly darkening universe with galaxies growing fainter, symbolizing the distant future.

Show a futuristic, slowly darkening universe with galaxies growing fainter, symbolizing the distant future.

A visual of light from distant galaxies being stretched, turning red (redshift). Overlay a telescope view with faint red-tinted galaxies far away.

A visual of light from distant galaxies being stretched, turning red (redshift). Overlay a telescope view with faint red-tinted galaxies far away.

Zoom out from a galaxy to show clusters of galaxies being pulled apart by the expanding universe. The space between them grows at a rapid pace.

Zoom out from a galaxy to show clusters of galaxies being pulled apart by the expanding universe. The space between them grows at a rapid pace.

Zoom out from a galaxy to show clusters of galaxies being pulled apart by the expanding universe. The space between them grows at a rapid pace.

A graph showing space as a grid with galaxies marked on it. The grid stretches, causing the galaxies to move apart. Highlight the stretching of space itself with arrows pointing outward.

A graph showing space as a grid with galaxies marked on it. The grid stretches, causing the galaxies to move apart. Highlight the stretching of space itself with arrows pointing outward.

A 1920s-style black-and-white animation of astronomer Edwin Hubble observing through a telescope. We see stars and galaxies moving further away.

A 1920s-style black-and-white animation of astronomer Edwin Hubble observing through a telescope. We see stars and galaxies moving further away.

An animated view of the universe as seen from space—galaxies, stars, and planets drifting apart in a cosmic panorama. The background is dark, filled with stars.

An animated view of the universe as seen from space—galaxies, stars, and planets drifting apart in a cosmic panorama. The background is dark, filled with stars.

A zoom-out from the planet, back to the wide shot of the universe, with galaxies and stars fading into view. A final text appears: “The universe is full of wonders.

A zoom-out from the planet, back to the wide shot of the universe, with galaxies and stars fading into view. A final text appears: “The universe is full of wonders.

A visual of the planet’s orbit, showing how close it is to its parent star. A comparison is shown between Earth’s orbit and 55 Cancri e’s tight, rapid orbit. Caption: “55 Cancri e orbits its star in just 18 hours!

A visual of the planet’s orbit, showing how close it is to its parent star. A comparison is shown between Earth’s orbit and 55 Cancri e’s tight, rapid orbit. Caption: “55 Cancri e orbits its star in just 18 hours!

A visual of the planet’s orbit, showing how close it is to its parent star. A comparison is shown between Earth’s orbit and 55 Cancri e’s tight, rapid orbit. Caption: “55 Cancri e orbits its star in just 18 hours!

A transition to a scene showing the planet surrounded by fiery solar flares and immense heatwaves. Temperature readings flash on the screen: “Over 4,000°F (2,200°C).” The planet spins, half molten, half shimmering diamond.

A transition to a scene showing the planet surrounded by fiery solar flares and immense heatwaves. Temperature readings flash on the screen: “Over 4,000°F (2,200°C).” The planet spins, half molten, half shimmering diamond.

A detailed surface view of the planet, showing glittering diamond-like structures under intense heat. The surface shimmers with a mix of light and darkness, suggesting extreme temperatures. The caption reads: “A planet of extreme heat and diamonds.

A close-up of a shiny, dark planet with bright, sparkling surfaces, resembling a massive diamond orbited by a fiery red star. The caption reads: “55 Cancri e – the diamond planet!

A close-up of a shiny, dark planet with bright, sparkling surfaces, resembling a massive diamond orbited by a fiery red star. The caption reads: “55 Cancri e – the diamond planet!