waiting for an asteroid to explode. The asteroid was a small thing, a “pebble” no bigger than Lem himself, lazily moving through space half a kilometer from the ship. If not for the ship’s laser lights dotting the asteroid’s surface and illuminating it, it would have been completely invisible against the backdrop of space, even with the help of the special scope glasses Lem was wearing.
Lem lowered the glasses and looked out the window to his right. The cargo bay doors were open, and the gravity laser was in position, pointing out into space at the pebble in the sky. Lem couldn’t see the engineers from his position, but he knew they were down in the lab adjacent to the cargo bay, prepping the laser for the test.
According to the Juke research team that developed it, the gravity laser—or glaser as they had come to call it—was supposed to be the future of the space-mining industry, a revolutionary way to break surface rock and dig deep through the toughest asteroids. It was designed to shape gravity in much the same way a laser shaped light, though since gravity was not reflective, it worked on very different principles; understanding them was way below Lem’s pay grade. The company had spent billions of credits to build this prototype, and quite a bit more to keep it a secret. Lem’s job was simply to oversee the field tests. A cakewalk of a mission.
That is, if the gravity laser would ever turn on. It was the first deep-space trial, so Lem expected the delays born of extreme caution. But it was beginning to seem as if something was actually seriously wrong with the device and everyone was afraid to tell him.
“I’m waiting, Dr. Dublin,” Lem said, keeping his voice pleasant.
A man’s voice sounded in Lem’s earpiece. “Just a few moments, Mr. Jukes. We’re nearly ready to begin.”
“You were nearly ready to begin ten minutes ago,” said Lem. “Didn’t anyone print the word ‘on’ beside the right button?”
“Yes, Mr. Jukes. Sorry for the delay. It shouldn’t be long now.”
Lem rubbed his forehead just above his eyes, fighting back the beginnings of a migraine. The ship had been in the Kuiper Belt for six weeks now, where failure would have no witnesses and there would be no massive object to be torn apart if the reaction got out of hand. But the engineers, who were supposedly ready before this flight even launched, had produced nothing but delays. Their explanations might have been completely legitimate, or they might have been sesquipedalian bushwa. Because of the huge time lag in sending and receiving messages to the Board of Directors back on Luna, Lem had no idea what the Board—or his father—were thinking, though he was fairly certain it wasn’t unbridled joy. If Lem wanted to preserve his reputation and return to Luna with any sense of dignity, he needed to shake things up and produce results fast. The longer the wait, the greater the suspense, and the bigger the disappointment if the glaser failed.
Lem sighed. Dublin was the problem. He was a brilliant engineer but a terrible chief engineer. He couldn’t stand the idea of being blamed for any mistake, so he aborted tests at the slightest sign of malfunction. Dublin was so worried about damaging an expensive prototype or pushing it beyond its capacity—and therefore costing the company its investment—that the man was paralyzed with fear.
No, Dublin had to go. He was too cautious, too slow to take risks. At some point you had to make the leap, and Dublin didn’t know how to detect that moment. Lem needed to send positive results to the Board now. Today, if possible. It didn’t have to be much. Just some data that suggested the gravity laser did something like what it was designed to do. That’s all the Board wanted to hear. If it needed further development before it could be used commercially, fine. At least that gave the impression that Lem and the crew were doing something. That isn’t asking too much, Dr. Dublin.