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◎	Three-dimensional graphene: Experiment at BESSY II shows that optical pro-perties are tuneable　[2017-06-20 09:37:10] (Click No.:993)
◎	Mapping changes in the dynamics and structure of water mole-cules in the vicinity of solutes　[2017-06-16 09:38:14] (Click No.:934)
◎	One laser is enough　[2017-06-08 09:51:17] (Click No.:931)
◎	Physicists predict the existence of unusual optical composites　[2017-05-31 09:26:32] (Click No.:1036)
◎	Into the submillimeter—the early universe's formation　[2017-05-24 09:50:43] (Click No.:922)
◎	QCL-based THz sources generate 'record' ultrashort pulses　[2017-03-14 21:20:48] (Click No.:1016)
◎	Low-power tabletop source of ultrashort electron beams could replace car-size X-ray devices　[2016-12-08 09:09:08] (Click No.:1157)
◎	Researchers bring theorized mechanism of conduction to life　[2016-12-05 12:46:07] (Click No.:1053)
◎	Marconi inspires Rice design for 1-terabit wireless　[2016-11-24 10:04:39] (Click No.:1012)
◎	Light-driven atomic rotations excite magnetic waves　[2016-11-18 13:47:11] (Click No.:1051)
◎	S+D 2016: QCLs provide diverse defense solutions　[2016-11-10 23:21:59] (Click No.:1177)
◎	Manipulating superconducting plasma waves with terahertz light　[2016-10-25 08:38:59] (Click No.:1156)
◎	Quantum swing—a pendulum that moves forward and backwards at the same time　[2016-06-23 18:25:42] (Click No.:1111)
◎	France's LETI touts industry connections　[2016-03-14 09:26:00] (Click No.:1244)
◎	Illuminating the electronic properties of graphene　[2015-07-31 08:29:10] (Click No.:1448)
◎	Supercomputer simulations pave the way towards compact terahertz sou-rces with tunable wavelengths　[2015-07-02 10:21:33] (Click No.:1405)
◎	Japanese Team Achieves 8.8THz Laser Diode Tuning Range　[2015-06-19 10:01:49] (Click No.:1674)
◎	Chemists create ‘comb’ that detects terahertz waves with extreme precision　[2015-05-05 08:48:08] (Click No.:1536)
◎	Terahertz technology is set to enter the mainstream, enabling better per-formance in a wide range of applications　[2015-04-16 09:05:29] (Click No.:1941)
◎	Novel solid-state nanomaterial platform enables terahertz photonics　[2015-03-12 08:42:23] (Click No.:1641)
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