File list
This special page shows all uploaded files.
 Date |
Name | Thumbnail | Size | User | Description | Versions |
|---|---|---|---|---|---|---|
| 11:39, 21 August 2011 | Globif fig3 v1.png (file) |  | 318 KB | Juan Pablo Carbajal | (Working version of Figure 3 of Global Bifurcation. By Juan Pablo Carbajal) | 1 |
| 07:53, 23 November 2010 | Hartline Ratliff model Figure 3.png (file) |  | 393 KB | Juan Pablo Carbajal | (Response of horseshoe-crab compound eye neural network to a right-moving step in light intensity; theoretical prediction (left) and experiment (right). Middle columns: response in central region of the eye as predicted by direct use of equation (21). Left) | 1 |
| 10:42, 15 November 2010 | Hartline-Ratliff model figure2.png (file) |  | 25 KB | Juan Pablo Carbajal | (Information flow signals and the spatial and temporal transductions, given an input signal (and consequently likewise internal signals). Reconstruction based on the original by Juan Pablo Carbajal.) | 1 |
| 11:22, 23 September 2010 | Horseshoe-crab-limulus-micrograph v2.png (file) |  | 178 KB | Juan Pablo Carbajal | (Edited micrograph of a cross-section through the compound eye of the horseshoe-crab Limulus, with transduction regions and information-flow paths superimposed. Micrograph by William H. Miller, edited by Juan Pablo Carbajal .) | 1 |
| 20:32, 2 September 2010 | Fig7 CDCCmethods.jpg (file) |  | 102 KB | Juan Pablo Carbajal | (Figure 7: (left) Energy dependence of cross section for 118Sn(d,p)119Sn: comparing zero-range DWBA and CDCC with and without Coulomb couplings (CBU). See #iijima for more detail.(right) Energy dependence of the total fusion cross section for the fusion of) | 1 |
| 20:25, 2 September 2010 | Fig6a CDCCmethods.jpg (file) |  | 119 KB | Juan Pablo Carbajal | (Figure 6: (left) The effects of breakup of the projectile on 6He elastic scattering on 4He for a c.m. energy of 60.4 MeV #rusek00. (right) 10,11Be elastic scattering on a proton target at 40 MeV/nucleon, using an optical model fit to the 10Be elastic and ) | 2 |
| 20:16, 2 September 2010 | Fig5a CDCCmethods.jpg (file) |  | 95 KB | Juan Pablo Carbajal | (Figure 5: Study of 7Be elastic breakup on 12C at 25 MeV/ nucleon: (left) cross section as a function of angular momentum (with lines for total, nuclear only and Coulomb only); top scale relates the angular momentum to the impact parameter via the semi-cla) | 2 |
| 20:14, 2 September 2010 | Fig3a CDCCmethods.jpg (file) |  | 138 KB | Juan Pablo Carbajal | (Figure 3: Convergence studies for the angular distribution of 8B breakup on 58Ni at 26 MeV: (left) as a function of the angle of the c.m. of 8B in the c.m. system, and testing the model space as a function of \ell_{max} #nunes99 and (right) as a function ) | 2 |
| 20:04, 2 September 2010 | Fig4 CDCCmethods.jpg (file) |  | 111 KB | Juan Pablo Carbajal | (Figure 4: Capture cross sections, multiplied by the energy factor E^{1/2}, versus neutron energy.The shaded area corresponds to results obtained from Coulomb dissociation and the black circles are the latest direct measurements (see #c15summers for detail) | 1 |
| 20:02, 2 September 2010 | Fig2 CDCCmethods.jpg (file) |  | 52 KB | Juan Pablo Carbajal | (Figure 2: Continuum-continuum quadrupole couplings for \ell_i=1 \rightarrow \ell_f=1 in the p-7Be system calculated for the breakup reaction of 8B on 58Ni at 26 MeV #cont-coupling.) | 1 |
| 20:01, 2 September 2010 | Fig1 CDCCmethods.jpg (file) |  | 11 KB | Juan Pablo Carbajal | (Jacobi coordinates used in the CDCC method.) | 1 |
| 09:37, 18 August 2010 | ATLASfac fig7.png (file) |  | 134 KB | Juan Pablo Carbajal | (The ATLAS facility Figure 7: Schematic cross section of the HELIOS spectrometer) | 1 |
| 17:10, 17 July 2010 | ATLASfac fig6.jpg (file) |  | 16 KB | Juan Pablo Carbajal | (Gammasphere and the FMA.) | 1 |
| 17:08, 17 July 2010 | ATLASfac fig5.jpg (file) |  | 86 KB | Juan Pablo Carbajal | (Principle of the in-flight technique for the production of radioactive beams.) | 1 |
| 17:07, 17 July 2010 | ATLASfac fig4.jpg (file) |  | 78 KB | Juan Pablo Carbajal | (The Energy Upgrade Cryostat installed at ATLAS in 2009.) | 1 |
| 17:04, 17 July 2010 | ATALSfac fig3.png (file) |  | 110 KB | Juan Pablo Carbajal | (Beams used by the ATLAS experimental program in 2009.) | 1 |
| 17:01, 17 July 2010 | ATLASfac fig2.jpg (file) |  | 89 KB | Juan Pablo Carbajal | (The split-ring resonator, the heart of the ATLAS facility.) | 1 |
| 17:00, 17 July 2010 | ATLASfac fig1.png (file) |  | 166 KB | Juan Pablo Carbajal | (Floor plan of ATLAS facility with the most important components of the accelerator and the major experimental equipment identified.) | 1 |
| 19:37, 27 October 2009 | Fig12 soliton.jpeg (file) |  | 125 KB | Juan Pablo Carbajal | (An oscillon in a vertically-vibrated layer of bronze beads) | 1 |
| 19:36, 27 October 2009 | Fig11 soliton.jpeg (file) |  | 116 KB | Juan Pablo Carbajal | (Compacton-like solitary waves in a granular chain consisting of a sequence of steel-teflon) | 1 |
| 19:33, 27 October 2009 | Fig10 soliton.jpeg (file) |  | 45 KB | Juan Pablo Carbajal | (Transition from discrete diffraction) | 1 |
| 19:14, 27 October 2009 | Fig9 soliton.jpeg (file) |  | 31 KB | Juan Pablo Carbajal | (A vortex lattice in a rapidly rotating BEC.) | 1 |
| 19:13, 27 October 2009 | Fig8 soliton.jpeg (file) |  | 37 KB | Juan Pablo Carbajal | ({Three gray solitary waves in an <math>^{87}</math>Rb Bose-Einstein condensate (BEC)) | 1 |
| 19:12, 27 October 2009 | Fig7 soliton.jpeg (file) |  | 113 KB | Juan Pablo Carbajal | (1995 recreation of Russell's soliton in the Union Canal) | 1 |
| 19:11, 27 October 2009 | Fig6 soliton.jpeg (file) |  | 101 KB | Juan Pablo Carbajal | (Simulation of spin-wave localization in an antiferromagnet with a demagnetization field.) | 1 |
| 19:11, 27 October 2009 | Fig5 soliton.jpeg (file) |  | 107 KB | Juan Pablo Carbajal | (Experimental discrete breather, produced via modulational instability, in a bi-inductance electrical lattice.) | 1 |
| 09:06, 23 October 2009 | Fig4 soliton.jpeg (file) |  | 42 KB | Juan Pablo Carbajal | (A pulse wave shape) | 1 |
| 08:47, 23 October 2009 | Fig3 soliton.jpeg (file) |  | 119 KB | Juan Pablo Carbajal | (Near-recurrence in the Kortweg-de Vries (KdV) equation with a single-mode (sine wave) initial condition. This figure depicts a space-time diagram with a periodic spatial domain on the horizontal axis and time (increasing downward) on the vertical axis. ) | 1 |
| 08:43, 23 October 2009 | Fig2 soliton.jpeg (file) |  | 150 KB | Juan Pablo Carbajal | (Space-time diagrams of a soliton-like waves in the a-FPU lattice and (right) Toda lattice. The latter system is integrable, whereas the former is not.) | 2 |
| 07:50, 23 October 2009 | Fig1 soliton.gif (file) |  | 39 KB | Juan Pablo Carbajal | (Collision between two soliton solutions of the KdV equation.) | 1 |
| 14:05, 27 September 2008 | Symdyn backer.png (file) |  | 8 KB | Juan Pablo Carbajal | (Symbolic dynamics Figure -1) | 1 |
| 14:04, 27 September 2008 | Symdyn sbc.png (file) |  | 7 KB | Juan Pablo Carbajal | (Symbolic dynamics Figure 0) | 1 |
| 13:58, 27 September 2008 | Symdyn Sft2.png (file) |  | 2 KB | Juan Pablo Carbajal | (Symbolic dynamics Figure 2) | 1 |
| 13:57, 27 September 2008 | Symdyn splitting.png (file) |  | 21 KB | Juan Pablo Carbajal | (Symbolic Dynamic Figure 3) | 1 |
| 13:49, 27 September 2008 | Symdyn Sft1.png (file) |  | 2 KB | Juan Pablo Carbajal | (Symbolic Dynamics Figure 1) | 1 |
| 15:41, 29 May 2008 | RaoBlackwell.png (file) |  | 185 KB | Juan Pablo Carbajal | (historical picture of the authors of Rao-Blackwell theorem) | 1 |
| 12:42, 2 May 2008 | IndianNews1988.gif (file) |  | 85 KB | Juan Pablo Carbajal | (Picture of a page of the newspaper showing important Indian mathematicians) | 1 |
| 04:35, 19 January 2008 | CarbajalPic.jpg (file) |  | 62 KB | Juan Pablo Carbajal | (Photo of Juan Pablo Carbajal) | 1 |
