Jill Shinefield

Matthew McConaughey narrates a fascinating look at Christopher Nolan's sci-fi film Interstellar, including scientific foundations, the work of consulting Scientist Kip Thorne, basic film themes, the science behind the search for planets capable of hosting life, space-time and the theory of relativity, the science of wormholes and black holes, crafting the film's visuals based on real scientific observation, the birth of the universe, the Dust Bowl and the evolution of dust as a toxin, the likelihood of future dust storms, the prospects of escaping a dying or doomed planet, and the possibilities of colonizing Mars.

Matthew McConaughey narrates a fascinating look at Christopher Nolan's sci-fi film Interstellar, including scientific foundations, the work of consulting Scientist Kip Thorne, basic film themes, the science behind the search for planets capable of hosting life, space-time and the theory of relativity, the science of wormholes and black holes, crafting the film's visuals based on real scientific observation, the birth of the universe, the Dust Bowl and the evolution of dust as a toxin, the likelihood of future dust storms, the prospects of escaping a dying or doomed planet, and the possibilities of colonizing Mars.

Matthew McConaughey narrates a fascinating look at Christopher Nolan's sci-fi film Interstellar, including scientific foundations, the work of consulting Scientist Kip Thorne, basic film themes, the science behind the search for planets capable of hosting life, space-time and the theory of relativity, the science of wormholes and black holes, crafting the film's visuals based on real scientific observation, the birth of the universe, the Dust Bowl and the evolution of dust as a toxin, the likelihood of future dust storms, the prospects of escaping a dying or doomed planet, and the possibilities of colonizing Mars.

Matthew McConaughey narrates a fascinating look at Christopher Nolan's sci-fi film Interstellar, including scientific foundations, the work of consulting Scientist Kip Thorne, basic film themes, the science behind the search for planets capable of hosting life, space-time and the theory of relativity, the science of wormholes and black holes, crafting the film's visuals based on real scientific observation, the birth of the universe, the Dust Bowl and the evolution of dust as a toxin, the likelihood of future dust storms, the prospects of escaping a dying or doomed planet, and the possibilities of colonizing Mars.

Matthew McConaughey narrates a fascinating look at Christopher Nolan's sci-fi film Interstellar, including scientific foundations, the work of consulting Scientist Kip Thorne, basic film themes, the science behind the search for planets capable of hosting life, space-time and the theory of relativity, the science of wormholes and black holes, crafting the film's visuals based on real scientific observation, the birth of the universe, the Dust Bowl and the evolution of dust as a toxin, the likelihood of future dust storms, the prospects of escaping a dying or doomed planet, and the possibilities of colonizing Mars.

Dated to the late Stone Age, Stonehenge may be the best-known and most mysterious relic of prehistory. Every year, a million visitors are drawn to England to gaze upon the famous circle of stones, but the monument's meaning has continued to elude us. Now investigations inside and around Stonehenge have kicked off a dramatic new era of discovery and debate over who built Stonehenge and for what purpose. How did prehistoric people quarry, transport, sculpt, and erect these giant stones? Granted exclusive access to the dig site at Bluestonehenge, a prehistoric stone-circle monument recently discovered about a mile from Stonehenge, NOVA cameras join a new generation of researchers finding important clues to this enduring mystery.

Celebrates 30 years of televised specials by The National Geographic Society.