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How French sheds new light on scalar particles
2017Abstract This paper examines the behavior of the French scalar focus-sensitive particles même, quand même, ne serait-ce que, and seulement as compared to English even and only. I first show that French même displays a more restricted distribution than even; this behavior and that of its antonym quand même argue for the scope
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New Physical Principle for Interference of Light and Material Particles
2017Abstract To describe wave interference, a wave function with a direct physical meaning is used. On the contrary the distribution of material particles in an interference pattern is calculated with a probability wave function whose interpretation presents controversial features. Here, a general law is reported which provides a unified explanation of
Román Castañeda, Giorgio Matteucci
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New aspects on the tunneling of light interstitial particles in solids
Physica B: Condensed Matter, 1994Abstract Recent experiments on the mobility of light interstitial particles (positive muons and muonium) in crystalline solids have revealed new aspects on the conditions for tunneling of these objects and the interplay with inelastic processes which leads to loss of coherence in the tunneling.
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Light Scattering by Small Particles and Their Light Heating: New Aspects of the Old Problems
2014A survey of recent results in light scattering by nanoparticles is presented. Special attention is paid to the case of particles from weakly dissipating materials, when the radiative damping prevails over the dissipative losses. It makes the scatter- ing process completely different from the Rayleigh one.
Michael I. Tribelsky +1 more
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Particle physics and cosmology: New light on heavy light
Nature, 1984John D. Barrow, R. R. Burman
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New method in elastic light scattering from Mie-particles
2007Particles in the size range 200 < D < 2000 rim have enough information in their scattering function for a general interpretation procedure. The experimenter is faced with two basic problems. There is an essential loss of information caused by the cutoff, and the scattering theory of Mie has to be used for the description of the scattering process.
O. Glatter, M. Hofer
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New approximation for the interaction potential of light channeled particles with crystals
Radiation Effects, 1983Abstract A new approximation for the continuous interaction potentials of atomic planes and strings with channeled electrons and positrons in crystals is proposed. A model in which atomic electron distributions within a certain atomic subshell are assumed to be exponentially decaying is used.
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A New Interpretation of the Wave-Particle Duality of Light
This paper proposes a new and fundamental interpretation of the wave-particle duality of light based on the orthonormal basis in Hilbert space and Weyl's law. In this framework, the particle nature of light originates from individual orthonormal basis vectors, which are discrete, independent, and countable quantum units. The wave nature arises from theopenaire +1 more source
Applied Optics, 1982
A new technique has been developed for determination of optical depths delta(a) as low as 0.0005 for thin layers of absorbing materials or particles. The measurement involves optical amplification of the absorption and is not affected by the scattering properties of the absorber.
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A new technique has been developed for determination of optical depths delta(a) as low as 0.0005 for thin layers of absorbing materials or particles. The measurement involves optical amplification of the absorption and is not affected by the scattering properties of the absorber.
openaire +2 more sources