Florence Tran

At the edge of our solar system supposedly lies an immense planet. Five to ten times the size of the Earth. Several international teams of scientists have been competing in a frantic race to detect it, in uncharted territories, far beyond Neptune. The recent discovery of several dwarf planets, with intriguing trajectories, have put astronomers on the trail of this mysterious planet. Why is this enigmatic planet so difficult to detect? What would a ninth planet teach us about our corner of the universe? Could it help us unlock some of the mysteries of our solar system?

At the edge of our solar system supposedly lies an immense planet. Five to ten times the size of the Earth. Several international teams of scientists have been competing in a frantic race to detect it, in uncharted territories, far beyond Neptune. The recent discovery of several dwarf planets, with intriguing trajectories, have put astronomers on the trail of this mysterious planet. Why is this enigmatic planet so difficult to detect? What would a ninth planet teach us about our corner of the universe? Could it help us unlock some of the mysteries of our solar system?

At the edge of our solar system supposedly lies an immense planet. Five to ten times the size of the Earth. Several international teams of scientists have been competing in a frantic race to detect it, in uncharted territories, far beyond Neptune. The recent discovery of several dwarf planets, with intriguing trajectories, have put astronomers on the trail of this mysterious planet. Why is this enigmatic planet so difficult to detect? What would a ninth planet teach us about our corner of the universe? Could it help us unlock some of the mysteries of our solar system?

At the edge of our solar system supposedly lies an immense planet. Five to ten times the size of the Earth. Several international teams of scientists have been competing in a frantic race to detect it, in uncharted territories, far beyond Neptune. The recent discovery of several dwarf planets, with intriguing trajectories, have put astronomers on the trail of this mysterious planet. Why is this enigmatic planet so difficult to detect? What would a ninth planet teach us about our corner of the universe? Could it help us unlock some of the mysteries of our solar system?

Over the past few decades, significant discoveries have been made on the very site where the pyramids were built. But now, hundreds of kilometers from the pyramids themselves, we are gaining more insight into just how they were built. Two teams of Egyptologists, one based in the middle of the desert, the other located on the Red Sea coast, are currently discovering more about the Egypt of Khufu’s time, than at the foot of the pyramids. What they found help them figure out how ancient Egyptians worked. This film has been shot from within, immersed for several weeks within these 2 archaeological missions. Authentic archaeological experiments have been filmed in real time, revealing ancient techniques and methods, unlocking certain secrets of these ancient great builders.

These scientists' motto is simple: just because a mystery is 4,500 years old doesn't mean it can't be solved. Their mission: to see through the Great Pyramid of Giza and determine, without moving or destroying a single stone, if there are hidden chambers and passages inside. What will they find?

The Great Pyramids are the only wonder of the ancient world that still stand today, the greatest of which is the pyramid of Khufu. Many theories have been offered to explain its construction, but none as convincing or unique as this one.