U.S.-Japanese spacecraft will improve global cyclone tracking

Russian researchers, long in the forefront of plasma control experimentation, are combining forces with U.S. military and European industrial counterparts to further exploit plasma's potential effect in hypersonic flight. The concept involves generating plasma by using an electrical discharge to create a shape or force which can act as a virtual actuator, a flow modifier or as an aid to combustion.

The European Space Agency (ESA) will spend €588 million ($752 million) over the next two years to upgrade the Ariane 5 rocket, conduct detailed design studies of a successor and identify synergies between the two launch vehicles, including development of a common upper stage.

Pre-cooler concept gains credibility as flight-weight unit tests progress

Hypersonic technology is extremely difficult to master and high-speed travel generally involves long distances. These simple, but axiomatic principles of hypersonic studies not only dictate key areas of research but also, increasingly, influences who teams with whom.

Design refinements packaged into ambitious Australian hypersonic demonstrator

There's good news and bad news for U.S. space exploration and exploitation, now that the election results are in. The good news is that the bipartisan space policy hammered out with a lot of angst over the past four years will not need to be reviewed while a new president gets his feet on the ground. For now, at least, President Barack Obama's space policy, as modified by members of both houses in Congress, will remain unchanged. Work can continue as planned, without delay.

U.S. and Australian militaries have agreed to place two key U.S. space systems in Australia.