'Oh, Paul.' Then her arms were around him, her cheek next to his.
She held him as one would hold something very fragile, very old.
Two days later, Wili was ready.
They waited till after dark to make the test. In spite of Paul's claims, Wili wasn't sure how big the bobble would be, and even if it did not turn out to be a monster, its mirrorlike surface would be visible for hundreds of kilometers to anyone looking in the right direction in the daytime.
The three of them walked to the pond north of the house. Wili carried the bulky transmitter for his symb link. Near the pond's edge he set his equipment down and slipped on the scalp connector. Then he lit a candle and placed it on a large tree stump. It was a tiny spot of yellow, bright only because all else was so dark. A gray thread of smoke rose from the glow.
'We think the bobble, it will be small, but we don't want to take chances. Jill is going to make its lower edge to snip the top of this candle. Then if we're wrong, and it is huge —'
'Then as the night cools, the bobble will rise and be just another floater. By morning it could be many kilometers from here.' Paul nodded. 'Clever...'
He and Allison backed further away, Wili following. From thirty meters, the candle was a flickering yellow star on the stump. Wili motioned them to sit; even if the bobble was super-large, its lower surface would still clear them.
'You don't need any power source at all?' said Allison. 'The Peace Authority uses fusion generators and you can do it for free?'
'In principle, it isn't difficult-once you have the right insight, once you know what really goes on inside the bobbles. And the new process is not quite free. We're using about a thousand joules here — compared to the gigajoules of the Authority generators. The trade-off is in complexity. If you have a fusion generator backing you up, you can bobble practically anything you can locate. But if you're like us, with solar cells and small capacitors, then you must finesse it.
'The projection needs to be supervised, and it's no ordinary process control problem. This test is about the easiest case: The target is motionless, close by, and we only want a one-meter field. Even so, it will involve — how much crunching do we need, Wili?'
'She needs thirty seconds initial at about ten billion flops, and then maybe one microsecond for 'assembly' — at something like a trillion.'
Paul whistled. A trillion floating-point operations per second! Wili had said he could implement the discovery, but Paul hadn't realized just how expensive it might be. The gear would not be very portable. And long distance or very large bobbles might not be feasible.
Wili seemed to sense his disappointment. 'We think we can do it with a slower processor. It maybe takes many minutes for the setup, but you could still bobble things that don't move or are real close.'
'Yeah, we'll optimize later. Let's make a bobble, Wili.'
The boy nodded.
Seconds passed. Something — an owl — thuttered over the clearing, and the candle went out. Nuts. He had hoped it would stay lit. It would have been a nice demonstration of the stasis effect to have the candle still burning later on when the bobble burst.
'Well?' Wili said. 'What do you think?'
'You did it!' said Paul. The words were somewhere between a question and an exclamation.
Jill did, anyway. I better grab it before it floats away.'
Wili slipped off the scalp connector and sprinted across the clearing. He was already coming back before Naismith had walked halfway to the tree stump. The boy was holding something in front of him, something light on top and dark underneath. Paul and Allison moved close. It was about the size of a large beach ball, and in its upper hemisphere he could see reflected stars, even the Milky Way, all the way down to the dark of the tree line surrounding the pond. Three silhouettes marked the reflections of their own heads. Naismith extended his hand, felt it slide silkily off the bobble, felt the characteristic blood-warm heat — the reflection of his hand's thermal radiation.
Wili had his arms extended around its girth and his chin pushed down on the top. He looked like a comedian doing a mock weight lift. 'It feels like it will shoot from my hands if I don't hold it every way.'
'Probably could. There's no friction.'
Allison slipped her hand across the surface. 'So that's a bobble. Will this one last fifty years, like the one... Angus and I were in?'
Paul shook his head. 'No. That's for big ones done the old way. Eventually, I expect to have very flexible control, with duration only loosely related to size. How long does Jill estimate this one will last, Wili?'
Before the boy could reply, Jill's voice interrupted from the interface box. 'There's a PANS bulletin coming over the high-speed channels. It puffs out to a thirty-minute program. I'm summarizing:
'Big story about threat to the Peace. Biggest since Huachuca plaguetime. Says the Tinkers are the villains. Their leaders were captured in La Jolla raids last month... The broadcast has video of Tinker `weapons labs,' pictures of sinister-looking prisoners...
'Prisoners to be tried for Treason against the Peace, starting immediately, in Los
