It’s the kind of week where we feel the need to put joy into the world, and we’ve made the decision to just find stories to bring a smile and share them with you.

It’s the kind of week where we feel the need to put joy into the world, and we’ve made the decision to just find stories to bring a smile and share them with you.
This month Dr Jen talks to Dr Phil! Dr Phil Metzger about how rocket efflux interacts with soil and what this will mean for future landings on the Moon and Mars…
Last week we talked about how single-use rocketry has changed over time, and the role it still plays in launching payloads into orbit and beyond. Today we’ll address the stainless steel elephant in the room and talk about the shift to reusability.
As we return from our summer hiatus, we are back with a rundown of some of the stories such as JWST images, dark matter, and Betelgeuse. Also thirty orbital launches but not including Artemis.
On the day that we’re recording this, NASA’s Space Launch System is about to blast off. But everyone is expecting it’ll be delayed to October. When it does launch, it’ll be the most powerful rocket on Earth. Well, until Starship blasts off. So are we about to see the end of single-use rockets and enter the era of reusable rocketry?
In order to really survive and thrive in space, we’ve got to learn to live off the land, to acquire the resources in space that will allow us to survive… in space. We’ve got to learn to turn those raw materials into forms we need: fuel, breathable air, water, construction materials, and eventually even finished goods like rocket parts and electronics.
An analysis of the craters on Bennu’s surface provides evidence that the rubble pile asteroid is protected from smaller impacts by the boulders scattered on the surface
With all the success of James Webb so far, it’s looking like science’s huge gamble is going to pay off, but there were years of delays and budget overruns. What impacts did these delays have on science, careers, and the future of space exploration?