It was a great surprise to everyone when an unassuming Australian physicist worked out the equations that permitted faster-than-light travel.
It was an even greater surprise to find that the engineering required to build a device to implement the theory was found to be almost trivial. It was not even particularly expensive - a typical EV car cost more than an FTL drive unit.
In accordance with things coming in threes, there was one final surprise: Organic life could not survive the process.
It only cost the lives of five astronauts - and several dozen test animals.
Once this was proven, enthusiasm for the FTL projects around the globe dropped dramatically. But some did continue. One of the more interesting aspects of the mathematics was that the process did not involve any sort of acceleration. The device simply created a field that linked two points in space. Increasing the energy just increased the size of the object transferred.
All you had to do was define the relative coordinates of the origin and the destination.
The first probe sent further than across a room vanished. So did the next three. On a hunch, the engineering team of the fifth probe fitted a powerful transmitter, and sent it on its way. Again, the return program appeared to fail.
And then, a few minutes later, the NASA Deep Space Network reported receiving a beacon message from the probe - just inside the orbit of the moon. The probe had been gone 30 minutes.
Astronomers quickly worked out what was wrong - it was not a problem with the probe, it was because the Earth, and the Solar System had moved.
Having worked out that problem, the next probe was retrieved successfully. And then sent on the first real mission: to a point outside the Milky Way to image our home galaxy.
The probe dutifully returned several hours later, to a point far enough away to not fall to Earth, but close enough to transmit the data it had gathered. The image of the galaxy was all that the designers had hoped for.
The radio transmissions were less expected. Hundreds of them, very high powered, but all structurally the same. And only able to be picked up outside of the radio noise and gas clouds within a galaxy.
When decoded they all basically said the same thing, in many different ways.
@rdm this would immediately get used by terrorists, I don't think humans would survive more than a week of this was possible. Cool story though, love "first contact" kind of stuff :)
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