Open Access. Powered by Scholars. Published by Universities.®
- Keyword
-
- Art and Science, Art History, Physical Optics, Light, Cognitive Psychology, Cognitive Linguistics, Poetry, optics, and Pierre-Auguste Renoir (1)
- Claude Monet, Pierre-Auguste Renoir, Impressionism, Art and Sccience, Optics, Art History (1)
- Creative Writing (Poetry), Nature (1)
- Impressionism, Monet, Renoir, Art History, Art and Science, Optics, Pin-Hole Camera, Thomas Young, Isaac Newton, Innovation (1)
- Monet (1)
- Publication
- Publication Type
Articles 1 - 2 of 2
Full-Text Articles in Physics
Innovative Representations Of Light, Behaving As Both Particles And Waves, Among The Paintings Of Monet And Renoir, Charles Smith
Innovative Representations Of Light, Behaving As Both Particles And Waves, Among The Paintings Of Monet And Renoir, Charles Smith
Charles Kay Smith
Monet and Renoir, friends collaborating in open air about 1865, discovered that sunlight filtering through a canopy of tree leaves does not produce the splotches and dapples that studio artists conventionally represented at the time but circles of light. Sometimes the circles of light punctuating the shade are clear, separate and crisp, as though light is being propagated as particles, but if the pin-hole gaps between leaves are very close together, they will project compound or superimposed circles that look like the waves that Thomas Young saw in his double slit experiment in 1803-4. Newton’s Opticks published in 1704 had …
Optical And Scanning Probe Studies Of Isolated Poly (3-Hexylthiophene) Nanofibers, Mina Baghgarbostanabad
Optical And Scanning Probe Studies Of Isolated Poly (3-Hexylthiophene) Nanofibers, Mina Baghgarbostanabad
Doctoral Dissertations
Plastic electronics have an essential role in the future technologies owing to their compelling characteristics such as light weight, biocompatibity, low cost fabrication, and tunable optoelectronic properties. However, the performance of polymer-based devices strongly depends on the efficiency of exciton formation and dynamics that are themselves strongly sensitive to polymer molecular packing and structural order. Therefore, the current challenge in achieving high efficiency is establishing a correlation between molecular packing and exciton coupling. P3HT nanofibers represent an attractive platform for studying optical and electronic properties of exciton coupling because their nominal (highly crystalline) internal chain packing structure is known. A …