Response to ‘‘Comment on ‘Stimulated bremsstrahlung masers’ ’’ [Appl. Phys. Lett.43, 614 (1983)]

Response to “Comment on ‘Independent corroboration of monitor unit calculations performed by a 3D computerized planning system’” [J. Appl. Clin. Med. Phys. 2, 102 (2001)]

Response to ‘ ‘ Comment on ‘ Sonoluminescence light emission ’ ’ ’ † Phys . Fluids 12 , 472 „ 1999 ... ‡

In their Comment, Hammer and Frommhold check the validity of the results in the original publication by comparing the approximate calculations found therein to their ab initio, quantum mechanical formalism. Overall, both computational methods yield similar results, which validates the assumptions about the principal physical processes involved in SBSL light emission ~electron–ion and electron–n...

Response to "Comment on 'Frequency-domain stimulated and spontaneous light emission signals at molecular junctions'" [J. Chem. Phys. 142, 137101 (2015)].

Two types of issues were raised by Galperin, Nitzan, and Ratner (GRN). (1) The correct formal diagrammatic definition of the stimulated light emission (SLE) signal in terms of molecular correlation functions and the identification of the sub-set of diagrams that contribute to the Raman signal. (2) What approximations are used to actually compute these correlation functions in the presence of el...

Comment on “ Mechanisms for the anomalous dependence of carrier lifetime on injection level and photoconductance on light intensity ” [ J . Appl . Phys . 89 , 332 ( 2001 ) ]

In a recent article [J. Appl. Phys. 89, 332 (2001)], Karazhanov proposed a single-level recombination model as an explanation for the anomalous dependence of the carrier lifetime on injection-level observed in cast multicrystalline silicon. This approach contrasts with previous models which involved the use of two distinct levels, one causing recombination and the other only trapping. The purpo...

Comment on ‘ ‘ Quantum waveguide array generator for performing Fourier transforms : Alternate route to quantum computing ’ ’ † Appl . Phys . Lett . 79 , 2823 „ 2001

In their letter Akis and Ferry propose a quantum waveguide array approach for performing quantum Fourier transforms ~QFTs!. The waveguide produces 2 waves at its output with controllable relative phases; n is the number of binary splits of the input wave. The interference pattern from these waves is recorded and implements a Fourier transform. The authors claim that their waveguide approach is ...