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Diana P. Campion, Time Machine, 2015 [Oil on Canvas]. After an image of the gravitationally lensed galaxy SDP.81. Credit: ALMA (NRAO/ESO/NAOJ); B. Saxton NRAO/AUI/NSF; NASA/ESA Hubble, T. Hunter (NRAO). The path light takes is influenced by matter, similar to the orbits of planets around the sun. If light passes a heavy object, its path is …
There is no greater impediment to progress in the sciences than the desire to see it take place too quickly.
Georg C. Lichtenberg
Diana Battefeld, Dandelion, 2015 [Oil on Canvas]. After the Planetary nebula NGC 2392 also known as the Eskimo Nebula. NGC 2392 was originally discovered by William Herschel in 1787 and was captured by the Hubble Space Telescope Wide Field and Planetary Camera 2 in 2000. It is located within our galaxy 5 000 light years …
Diana P. Campion, The Effects of a Rotating Cosmic String Loop on the Surrounding Plasma, 2015 [soft chalk on paper]. After the concepts published by A. Anthonisen et al and D. Battefeld et al. A rotating cosmic string loop has detached from its parent string. In the picture, the left part of the string moves …
In this part of the blog I will explain in detail the decisions I take, the techniques, the colors and type of brushes I use to make the paintings from the very beginning so that if you decide to start painting on your own, you can use this as a guide. Painting astronomical objects in …
Diana P. Campion, Explosion, 2015 [Oil on Canvas]. After an image of NGC 6543, also known as the Cat Eye Nebula. The original image is a composite of optical images from the HST and X-ray data from the Chandra X-ray Observatory. The Big Bang model of the Universe started to gain popularity in the late …
In this part of the blog I will explain in detail the decisions I take, the techniques, the colors and type of brushes I use to make the paintings from the very beginning so that if you decide to start painting on your own, you can use this as a guide. …
Diana P. Campion (2015.) Looking into the Abyss [Oil on Canvas] Göttingen. Visualization appeared in O. James et al., Classical and Quantum Gravity 32 (2015) 065001. A black hole is a region in spacetime that is so dense that nothing can escape its gravitational pull, not even light. The gravitational attraction is so large that …