Ever wonder what the world might look like if you could see beyond the visible light spectrum? Cameras can capture UV & infrared light to see up to the cosmos and down into our own macro universe revealing the world as you have never seen it before.

Normally considered unattractive & a nuisance, Don't Blink reveals the wondrous side of the mosquito & the role it plays in the web of life. Featuring biologist Fiona Hunter, entomologist Curtis Russell and photography by cinematographer Mark Ellam.

In a winter storm it's difficult to appreciate snow. Through the lens of photographer Don Komarechka's snowflake images, the world becomes a more beautiful place. Non-linear physicist Stephen W. Morris unravels how a snowflake is formed.

For centuries humans have been looking to the skies, dreaming of flight. Director Su Rynard takes us behind the scenes to capture the images of birds in flight. Also featuring biologist Kenneth C Welch Jr., and biologist Christopher G Guglielmo.

This is the story of how stars were made by the universe and how they engineered everything else in that universe. They spawned further generations of stars, then planets, and eventually the building blocks of life.

Is our solar system unique? Since the first discovery of a planet orbiting another star, some 280 alien solar systems have been identified. By looking at systems far beyond our own, we can understand how remarkable our universe is.

There are 8 planets in our solar system, but there could be a hundred billion planets in our galaxy alone. This show follows the journey of planets as they grow from grains of dust to the magnificently diverse worlds we see today.

Moons come in every possible shape and size. Home to incredible natural phenomena like gigantic geysers and colossal volcanoes, moons also offer perhaps the best chance of finding alien life in the universe.

Stars are not eternal; they die in unimaginably large explosions called supernovas. Second only to the Big Bang, these explosions are where creation and destruction meet. We have just begun to understand these wonders in our sky.

Scientists are discovering volcanoes on worlds we once thought dead. From our nearest planetary neighbor to tiny moons billions of miles away, are these worlds where, tomorrow, we might find life?

On Earth, destructive storms create new opportunities for life. In our quest to discover if we are alone in the universe, we shouldn't look for worlds, we should look for weather. Finding chaotic weather may lead us to alien life.

Over the last 20 years, we have discovered an extraordinary zoo of planetary nightmares outside our solar system -- truly wild worlds, a collection of monsters. Now we must face the question: Is every planet a planet from hell?

The universe is a magnetic minefield. The Sun spits out flares capable of battering life on Earth. But out in space lie true magnetic monsters. As we uncover dangerous megaflares in the cosmos, will we end up in the firing line?

The only reason life on Earth is possible is because of our stable orbit around the sun. Elsewhere in the universe, orbits are chaotic and destructive. Orbits are a creative force and construct the fabric of the universe.

The odyssey of a comet as it sails through space, watching as it evolves from a chunk of ice and rock into an active nucleus engulfed in a gaseous haze. What we learn is a revelation; comets are more mysterious than we imagined.

From icy worlds with more fresh water than Earth to flying mountains of pure metal, asteroids shaped our past and could shape our future. Could these enigmatic space rocks hold the key to how life arises and is extinguished?