I wake up at 4 a.m., and leave for work at 4:30. I start work at 5 a.m. and work until 1:30 p.m., five days a week. I take my lunches and any breaks to do my school work. I do as much as I possibly can during those times. When I get home, I take care of my daughter. On days that she does nap, I'll do school while she's napping for about an hour and a half. If she doesn't nap, we'll give her an hour a day of TV time, so we sit down, and she gets to watch her TV while I do my school work. ... Monday through Thursday, I go to bed at the same time as her, around 9 p.m. On Friday nights, I'm up until 11:30 p.m. or 12 a.m., and will do school work and watch TV at the same time. On Saturdays, my husband is around for a couple hours in the morning, so I'll do my school work on Saturday mornings. All my homework is due on Saturday at midnight, so I'll do work from 9 to 11 p.m., if there is work I need to finish up before it's due.
Existing communications and computer architecture are increasingly being limited by the pedestrian speed of electrons moving through wires, and the future of high-speed communication and computing is in optics, experts say. The Holy Grail of results would be "wireless interconnecting," which operates at speeds 100 to 1,000 times faster than current technology. The new discovery, made by researchers at Oregon State University, the University of Iowa and Philipps University in Germany, has identified a way in which nanoscale devices based on gallium arsenide can respond to strong terahertz pulses for an extremely short period, controlling the electrical signal in a semiconductor. The research builds on previous findings for which OSU holds an issued patent.
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