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The interaction between electromagnetic fields and randomly structured matter is at the core of many natural phenomena. In the steady state, its microscopic description involves the superposition of the incoming radiation and the field due to the presenc
Stuart C. Wilson, Getty Images Chance Perdomo The Chilling Adventures of Sabrinaactor died in a motorcycle accident in New York on Mar. 30. He was 27. Joe Flaherty YouTube Joe Flaherty The actor, writer and comedian known for his roles inHappy Gilmore,Stripesand more died April 1 after a...
height in nanometers.cIncoherent image of the target without the scattering and aberrating layers. The image was recorded in the reflection geometry, and light emitting diode (λ = 780nm) was used as a light source. Scale bar, 4 µm.d,eSame as (c), but with an aberrating...
Singapore 3 Physics Dept. College of William and Mary 4Physics Dept University of Indonesia 5Physics Dept. Florida State University Abstract We analyze Pion Nucleon Scattering up to 700 MeV using a simple, rela- tivistic, unitary model.1 The kernel of the integral equation includes nucleon, rope...
This paper compares angular distribution and wavelength dependence of intensity and polarization of scattered light obtained from calculations using the most popular EMTs and extended EMTs with the results of microwave analog measurements at the microwave facilities of the University of Florida. ...
The results of the model of Symbiodinium light absorption indicate that the estimated skeleton-dependent light absorbed per unit pigment (I a2/ρ) and its rate (Δ(I a2/ρ)/Δt) were several fold higher in low-μS,m′ corals (Fig. 2a–c, where average ρ for low- and high-μS,m...
We show the power flow and forces calculated with Eq. (1) in Fig. 2a and c. The power flow has complex pattern moving in the loops through and around the rods, but overall propagation is down and to the left (negative refraction). Comparing Fig. 2a and c, one can see that ...
This work elaborates on the high scattering which dielectric nanorods exhibit and how it can be exploited to control light propagation across material interfaces. A detailed overview of how dielectric nanorods interact with light through a combination of
Seiko Ohira-Kawamura1, Takeshi Yamada4, Shangchao Lin3, Kenji Nakajima1 & Shengzhong (Frank) Liu2,5 Perovskite CH3NH3PbI3 exhibits outstanding photovoltaic performances, but the understanding of the atomic motions remains inadequate even though they take a fundamental role in transport properties. He...