Showing results by author "Rebecca Boyle" in All Categories

Every living being throughout history, across time and geography, has gazed up at the same moon. From the first prehistoric life that crawled onto land guided by the power of the tides, to the division of time into months and seasons for the first humans, the moon has driven the expansion and development of our world. Our Moon tells the dazzling story of how the Moon has shaped life as we know it, fuelled dramatic change across the globe and could be the key to humanity's future.

What does it take to fuel a rocket to space? Rocket scientists use hydrogen and liquid oxygen, but could anti-matter engines and black-hole drives fuel our spacecraft of the future?

LONGLISTED FOR THE NATIONAL BOOK AWARD NATIONAL BESTSELLER “A riveting feat of science writing that recasts that most familiar of celestial objects into something eerily extraordinary, pivotal to our history, and awesome in the original sense of the word.”—Ed Yong, New York Times...

Have you ever wondered what movie makers do when they want to know what a black hole looks like? Or how high people could jump on mars? In this interview, Mika McKinnon, movie science adviser, shares what it’s like to do research for movies and television.

One way astronomers search for planets is by looking for the shadows they cast in front of stars.

Could there be life forms on planetary moons such as Europa, Jupiter’s icy moon or Titian, one of Saturn’s largest moons? Although our moon is made of mostly rock, astronomers believe life may exist on other moons! Scientists know liquid water is needed to support life, and Europa has plenty of it. What other key ingredients are needed for life to exist in our solar system?

Have you ever wondered what living in space would be like? Meet the Kellys who are identical twins and both astronauts for NASA. With one brother in space and the other on Earth, they are an experiment to learn how human bodies that share the same DNA are affected by living in space for a long time. What do you think NASA can learn from this twin science study?