... particles could be visualised using a CCD camera through a suitable optical system (the particles were ‘lit up’ with a laser) and their motion could be followed quite easily. Therefore physicists not only had a system at their fingertips...
... to address the asteroid threat. There are many programmes that range from directed energy beam systems to ‘Laser Bees’ to nuclear energy systems that the SMPAG could consider if presented with an actual threat to Earth from...
... even need a new launch for completion. Joint experiments: it enables experiments relying on two stations, for example, laser communication and long baseline astronomical observation. And also, a ‘dual’ station makes it possible to do the same...
... Mission will demonstrate a host of enabling technologies for future deep space missions, including advanced onboard autonomy, laser communications, inter-satellite links and low-gravity operations, while exploring the Didymos binary asteroid system...
... to use a relatively small sail, on the order of a few square metres in area, illuminated by a high power laser (around 60 GW) to accelerate a 1 gram-scale spacecraft to a significant percentage of the speed of light as a means of sending multiple...
... data rate communications but these typically require utilization of transmission systems requiring accurate point control such as laser based communications. This need for high accuracy pointing is hard to achieve from a spinning facility. Therefore...