going to do about it?
He considered listening to them, his hand poised over the playback button, but the fact was he didnât want to listen to them. He knew that at least three would be from his sister, Chelsea, asking where the hell he was.
Instead, he picked up his iPhone, opened the remote for his entertainment center, and flicked on NPR, hoping there would be something distracting to listen to. There wasâa repeat broadcast of Science Friday was in progress. He took some General Tsoâs out of the fridge, removed the metal handle from the container, and popped it in the microwave.
A few minutes later, lulled by the voices of public radio, Matt dove into his reheated dinner and considered taking a hot shower before he turned in. He was half-asleep already, only barely managing to chew his food. He polished it off, put the dish in the sink, and flicked off the kitchen light.
Shower or straight to bed?
â. . . your work,â Ira Flatow was saying on the radio. âI read your paper, âA Musical Mind.â I was especially taken by your description of the gamma waves your cellist friend generated.â
Gamma waves?
Matt paused in the middle of his living room. Who was Flatow interviewing?
âI was wondering, Dr. Brenton, if youâve come to any new insights since you wrote that piece.â
Brenton. Where had he heard that name before? Had he heard that name before?
âA few.â
âA few,â Flatow repeated.
Brenton laughed. âIâm really not trying to be coy. Itâs just that what Iâm working on right now probably sounds more like science fiction than science.â
âTry me.â
âWell, as Erica was playing, it occurred to me to wonder if the same brain waves that move a pulse on a computer screen or a needle on a graph can move physical objects, given the proper interface.â
âLike drones?â
âNot just drones. I mean when the human brain is engaged in an activityâeven just going through the mental motions of the activityâit creates rhythms that describe that activity via brain waves. Theoretically it should be possible to harness those brain waves and channel them, so they can perform the activity remotely.â
Flatow laughed. âThat does sound like science fiction. What sort of applications are you considering?â
Matt sank onto the sofa without registering that heâd done so.
âSkyâs the limit, isnât it?â Brenton answered. âI mean just imagine what it would mean for disabled people. A thought to perform an actâoperating a wheelchair or even a car or a computer. Imagine if, I donât know, a scientist of the caliber of Stephen Hawking could perform any action just by thinking about it. Or people who are completely paralyzed but still have working minds that produce discrete brain waves. Those rhythms could allow them to communicate with the outside world, with their loved ones. Could permit them to manipulate their environment, even create art. Write. Perform. Live .â
Matt was stunned by the thought.
Lucy . . .
He remembered Lucyâhis wife, his everything âlying in a hospital bed, dead to the outside worldâdead to himâwhile her brain, her magnificent brain, continued to pulse out brain rhythms he could read but not understand. Did this man understand them? Matt still had the record of the last weeks of her life as EEG readouts. If this guy could read and translate these brain waves into some sort of coherent message, what would it be? What had Lucyâs mind been doing once her body stopped translating its messages?
âOr imagine,â Brenton was saying, âbeing able to perform operations in the vacuum of space without sending astronauts outside. Or even robots. The spacecraft could be built in such a way that between the mind of the technician and the interface, theyâd be reparable by remote thought.â He laughed
Tim Lahaye, Jerry B. Jenkins