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05:2605:26, 16 January 2010 diff hist 980 N File:Cover-French-revolution-2-thomas-carlyle.jpg {{Information |Description={{en|1=Cover of volume 2 for The French Revolution: A History by Thomas Carlyle. This work no longer has a copyright: *Identifier-access: http://www.archive.org/details/frenchrevolution01carluoft *Copyright-evidence: Evidence

05:2605:26, 15 January 2010 diff hist 35 N User talk:Ti-30X moved User talk:Ti-30X to User talk:Steve Quinn: I have changed my username at Wikipedia to the above name. This will enable me to use unified log in for Steve Quinn across several "foundation" projects. current
05:2605:26, 15 January 2010 diff hist 0 m User talk:Steve Quinn moved User talk:Ti-30X to User talk:Steve Quinn: I have changed my username at Wikipedia to the above name. This will enable me to use unified log in for Steve Quinn across several "foundation" projects.
05:2605:26, 15 January 2010 diff hist 30 N User:Ti-30X moved User:Ti-30X to User:Steve Quinn: I have changed my username at Wikipedia to the above name. This will enable me to use unified log in for Steve Quinn across several "foundation" projects. current
05:2605:26, 15 January 2010 diff hist 0 m User:Steve Quinn moved User:Ti-30X to User:Steve Quinn: I have changed my username at Wikipedia to the above name. This will enable me to use unified log in for Steve Quinn across several "foundation" projects. current

04:5304:53, 12 January 2010 diff hist 5 File:Gas giant forms from stellar gas - dust.jpg →Licensing: change license to more accurate P
04:5004:50, 12 January 2010 diff hist 647 N File:New milisecond radio pulsars.jpg {{Information |Description={{en|1=Nature's Most Precise Clocks May Make "Galactic GPS" Possible.<p> Radio searches netted 17 new millisecond pulsars by examining the Fermi Gamma-ray Space Telescope's list of unidentified sources. Colored circles indicate
04:0004:00, 12 January 2010 diff hist 739 N File:Gas giant forms from stellar gas - dust.jpg {{Information |Description={{en|1=This artist's conception shows a Jupiter-sized planet forming from a disk of dust and gas surrounding a young, massive star. The planet's gravity has cleared a gap in the disk. Of more than 500 stars examined in the W5 st

17:1117:11, 27 December 2009 diff hist −48 File:Phased array metamaterial system.jpg update image caption (description)

06:1506:15, 21 December 2009 diff hist 726 N File:Phased array metamaterial system.jpg {{Information |Description={{en|1=By using negative index metamaterials (NIMs) as a biconcave lens to focus the microwaves transmitted by the antenna the sidelobes of the antenna are reduced. This equates to a reduction in radiated energy loss, and a rel

05:2005:20, 12 December 2009 diff hist 355 User talk:Originalwana No edit summary

04:4104:41, 9 December 2009 diff hist 1,249 N File:Electron density wave - plasmon excitations.jpg {{Information |Description={{en|1=[http://www.stanford.edu/group/cpn/research/investigators_2.html Schematic representation] of an electron density wave propagating along a metal/dielectric interface. The charge density oscillations and associated electro

06:4106:41, 4 December 2009 diff hist −7 File:Prism composed of high performance Swiss Rolls.jpg →Summary: minor edit
06:3606:36, 4 December 2009 diff hist 1,184 N File:Prism composed of high performance Swiss Rolls.jpg {{Information |Description={{en|1=a prism composed of high performance Swiss Rolls (Fig. 3) which behaves as a magnetic faceplate, transferring a magnetic field distribution faithfully from the input to the output face. }} |Source=[http://www1.imperial.ac

00:3900:39, 25 November 2009 diff hist 1,998 N File:HARPS Spectrograph and the 3.6m Telescope.jpg {{Information |Description={{en|1=Montage of the HARPS spectrograph and the 3.6m telescope at La Silla. The upper left shows the dome of the telescope, while the upper right illustrates the telescope itself. The HARPS spectrograph is shown in the lower im

22:3622:36, 28 October 2009 diff hist 1,563 Commons:Upload Wizard feedback/Archive/2009/12 →Douglas Muzzi: unidentified photos and the need to delete
22:3422:34, 28 October 2009 diff hist −1,531 Commons:Upload Wizard feedback/Archive/2009/12 →photos without quality control: moved my statement to a section below, to keep current with the date
22:2922:29, 28 October 2009 diff hist 1,531 Commons:Upload Wizard feedback/Archive/2009/12 →photos without quality control: unidentified photos

13:4713:47, 8 October 2009 diff hist 94 File:Plasmonic waveguide device visible freq.gif →Summary: I added categories
13:4413:44, 8 October 2009 diff hist 63 File:Plasmonic waveguide device visible freq.gif →Summary: added categories
13:4113:41, 8 October 2009 diff hist 421 N File:Plasmonic waveguide device visible freq.gif {{Information |Description={{en|1=Plasmonic waveguide device for demonstration of negative refraction at visible frequencies.}} |Source=[http://cnst.nist.gov/nanofab_res/Projects/Nanoplasmonics/images/waveguide.gif National Institute of Standards and Tech

06:3606:36, 28 September 2009 diff hist 30 File:Thz freq in EM spectrum.png added categories

14:4814:48, 25 September 2009 diff hist 198 File:Metamaterials resonance at 100 Terahertz.jpg →Licensing: categories
14:3614:36, 25 September 2009 diff hist 861 N File:Metamaterials resonance at 100 Terahertz.jpg {{Information |Description={{en|1=The radiated transmission is red. The response is graphed in blue. An etched picture is of the sample is shown to the very right-hand side. The two polarization configurations are shown on top of the two columns. Resonan
03:0203:02, 25 September 2009 diff hist 1,152 N File:Thz freq in EM spectrum.png {{Information |Description={{en|1=The electromagnetic spectrum. The scarcity of intense broadband sources of radiation in the 10<sup>12</sup> hertz (terahertz) frequency range leaves us blind to a wide range of interesting phenomena.}} |Source=U.S. Dept o

14:2414:24, 23 September 2009 diff hist 306 m File:Terahertz freq. metamaterial modulator.jpg No edit summary
14:1814:18, 23 September 2009 diff hist 1,092 N File:Terahertz freq. metamaterial modulator.jpg {{Information |Description={{en|1=an array of gold structures on top of a semiconductor base. The metamaterial and the semiconductor together form a device that can modulate the intensity of the T-rays by up to 50 percent when a voltage is applied to the
13:5413:54, 23 September 2009 diff hist 91 m File:T-ray metamaterial semiconductor modulator.jpg →Licensing
13:4713:47, 23 September 2009 diff hist 163 File:T-ray metamaterial semiconductor modulator.jpg added categories. Thanks for notifying me.

15:0015:00, 21 September 2009 diff hist −27 m File:T-ray metamaterial semiconductor modulator.jpg →Summary
14:2914:29, 21 September 2009 diff hist 1,059 N File:T-ray metamaterial semiconductor modulator.jpg {{Information |Description={{en|1=a) C-DOT-rays shine through the modulator. (b) With no voltage applied, electrons can flow across the gap in the gold structure. The electrons absorb a few T-rays as they flow easily around the two loops. (c) Applying vol
14:1314:13, 21 September 2009 diff hist 33 File:Atmospheric terahertz transmittance at Mauna Kea (simulated).png No edit summary
14:1214:12, 21 September 2009 diff hist 33 m File:Spectre Terahertz.svg No edit summary
14:0914:09, 21 September 2009 diff hist 38 N Category:Terahertz radiation Create category:Terahertz radiation
13:4913:49, 21 September 2009 diff hist 37 m File:OSHA radiation spectrum.jpg No edit summary
13:3913:39, 21 September 2009 diff hist 126 File:OSHA radiation spectrum.jpg Placed this file into the appropriate categories. Sorry I overlooked this.
13:3213:32, 21 September 2009 diff hist −206 m User talk:Steve Quinn →{{Autotranslate|1=File:Acoustics_logo_2.jpg|2=|3=|base=Idw/heading}}: archived

02:5102:51, 20 September 2009 diff hist 878 N File:OSHA radiation spectrum.jpg {{Information |Description={{en|1=The most familiar form of electromagnetic (EM) radiation is sunshine, which provides light and heat. Sunshine consists primarily of radiation in infrared (IR), visible, and ultraviolet (UV) frequencies. Lasers also emit E

02:1802:18, 11 September 2009 diff hist 105 File:THz-Emitter.jpg Adding image note: Near infared

05:4805:48, 7 September 2009 diff hist 423 File:3-D fishnet metamaterial.jpg →Summary
05:3805:38, 7 September 2009 diff hist 472 N File:3-D fishnet metamaterial.jpg {{Information |Description={{en|1=This is from NSF online publication entitled [http://www.nsf.gov/news/newsletter/sep_08/pdf/NSF_Current_Sep_2008.pdf Current; September 2008] edition.}} |Source=National Science Foundation |Author=Jason Valentine at UC B

04:3404:34, 29 August 2009 diff hist 137 m User talk:Steve Quinn →TUSC token d3a962df3a0dbb0ee9180c473ddd45c8: new section

01:3001:30, 5 August 2009 diff hist 775 File:EM Spectrum Properties edit.svg a proposed partial caption

18:0318:03, 2 August 2009 diff hist 31 m Category:Negative refraction index added to Category - Materials science
17:5417:54, 2 August 2009 diff hist 1,615 N File:Split-ring resonator array 10K sq nm.jpg {{Information |Description={{en|1=[http://www.grc.nasa.gov/WWW/RT/2005/RC/RCE-wilson1.html Figure 2] Part of the left-handed metamaterial array configuration, which was constructed of copper split-ring resonators and wires mounted on interlocking sheets o
17:0217:02, 2 August 2009 diff hist 333 m File:Left-handed metamaterial array configuration.jpg →Summary
16:5916:59, 2 August 2009 diff hist 990 N File:Left-handed metamaterial array configuration.jpg {{Information |Description={{en|1=Figure 3 (Long description) [http://www.grc.nasa.gov/WWW/RT/2003/5000/5620wilson.html Left-handed metamaterial array] configuration consisting of copper split-ring resonators and wires mounted on interlocking sheets of fi
16:5316:53, 2 August 2009 diff hist 27 m File:Metarefraction.svg add to category Metamaterials

User contributions for Ti-30X

16 January 2010

15 January 2010

12 January 2010

27 December 2009

21 December 2009

12 December 2009

9 December 2009

4 December 2009

25 November 2009

28 October 2009

8 October 2009

28 September 2009

25 September 2009

23 September 2009

21 September 2009

20 September 2009

11 September 2009

7 September 2009

31 August 2009

29 August 2009

5 August 2009

2 August 2009