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Indian Medical e- Book Downloads. Articles on bloodless medicine and surgery from peer- reviewed medical journals. As we present to you the latest and nineteenth edition of P.

Randomized clinical trials serve as the standard for clinical research and have contributed immensely to advances in patient care. We provide downloads of medical textbooks by Indian authors in pdf format.

Ranawat is an associate attending orthopedic surgeon at Hospital for Special Surgery. Dan Miller, MD, is a pediatric orthopedic surgeon who specializes on spinal deformity, and complex hip pathology including hip dysplasia and pediatric trauma.

The concept builds on the idea of an optimum nutritional environment in the body and suggests that diseases reflect deficiencies in. This meta- analysis summarizes the effectiveness of cannabis and cannabinoids for managing medical and psychotic disorders, including chemotherapy- induced nausea. Get detailed information about the types and treatment of newly diagnosed and recurrent brain and spinal tumors in this clinician summary. With a maximum pump power of 1.

To the best of our knowledge, we present the first demonstration of a passive Q-switching laser operation using an RF sputtered AZO thin film as a saturable absorber. A depressed cladding erbium doped fiber DC-EDF laser with a carbon nanotube saturable absorber is proposed and demonstrated.

The laser is able to generate a mode-locked output with a narrow pulse width of 0. A m long single-mode fiber together with the DC-EDF, with a negative and positive dispersion respectively is used to balance the effect of dispersion and the non-linearity of the system. The output is highly stable, with a signal to noise ratio in the radio frequency domain of The proposed laser would have significant applications for S-band communications systems.

The output signal shows an optical signal-to-noise ratio of 50 dB and excellent noise properties. These are to date and to the best of our knowledge, the highest reported figures of merit for a SF laser at this wavelength. The relative intensity noise of the laser is analyzed and is shown to follow the theoretical behavior for fiber amplifier.

We demonstrate a low repetition rate mode-locked Er-doped fiber laser using an all-polarization-maintaining PM nonlinear amplifying loop mirror.

Stable single pulse generation had a pulse energy of 4 nJ and a repetition rate as low as 1. A section of standard single mode PM fiber was used to compress the output pulses from 2. The robust mode-locking design and all-PM cavity make this fiber laser stable and compact. The output average power fluctuation is within 0. Therefore, this source is ideally suitable for high pulse energy applications, such as micro-machining and nonlinear microscopy through further amplification.

In this paper we report an experimental study to generate micropatterns of nanoparticles using modes that propagate into optical fiber and the photodeposition technique. Subsequently, we placed the optical fiber end into a colloidal solution to adhere the nanoparticles on the core of the optical fiber end.

The colloidal solution is composed by nanoparticles, such as gold, silver, zinc or single wall carbon nanotubes suspended in ethanol. Furthermore, these micropatterns get the shape of the transversal mode that is propagated in the optical fiber.

To the best of our knowledge, generating micropatterns onto an optical fiber end using fiber modes is demonstrated for the first time. The ability to pattern the optical fiber end with nanoparticles could enable several applications, for instance in the sensing based on localized surface plasmon resonance or in the manipulation of nano or micro-objects using micro-hotspots or temperature gradients.

We investigate how the classical correlations between successive actions of a colored dephasing channel affect the decoherence of a two-qubit system. Our calculation shows that the l 1 norm of coherence, the relative entropy of coherence, and the robustness of coherence can be noticeably enhanced by increasing the strength of classical correlations in the whole time interval during which the two qubits pass through the channel, while the coherence weight is enhanced only when exceeds a critical value.

Moreover, in the infinite-time limit, all the coherence measures reach their steady values which are determined only by. Quantum correlations in a state can be quantified from different aspects.

The nonlocal advantage of quantum coherence NAQC captures quantum correlation stronger than entanglement and Bell nonlocality. We investigate the NAQC-type quantum correlation in the Heisenberg XY model and showed that both the anisotropy of the interaction between two spins and the external transverse magnetic field can serve as efficient parameters for tuning the NAQC-type quantum correlation. In particular, for the relative low temperature case there is a finite parameter region in which the strength of the NAQC-type quantum correlation is of about its maximum 1.

We also found there are quantum states for which the NAQC-type quantum correlations defined by the l 1 norm of coherence and the relative entropy of coherence have a different ordering. Preparation of entangled steady states via dissipation and pumping in Rydberg atoms has been recently found to be useful for quantum information processing.

The driven-dissipative dynamics is closely related to the natural linewidth of the Rydberg states and can be usually modulated by engineering the thermal reservior. Instead of modifying the effectively radiative decay, we propose an alternatively optimized scheme, which combines the resonant Rydberg antiblockade excitation and the Lyapunov control of the ground states to speed up the prepration of the singlet state for two interacting Rydberg atoms.

The acceleration process strongly depends on the initial state of the system with respect to the initial coherence between the singlet state and decoherence-sensitive bright state.

We study the optimal parameter regime for fast entanglement preparation and the robustness of the fidelity against random noises. The numerical results show that a fidelity above 0.

The scheme may be generalized for preparation of more complicate multi-atom entangled states. This letter presents the effects of AB-flux field and electric field on electron—electron interaction, encircled by a strongly coupled semiclassical plasma.

We found that weak external fields are required to perpetuate a low-energy elastic electron—electron interaction in a strongly coupled semiclassical plasma.

The entanglement fidelity in the interaction process has been examined. We have used partial wave analysis to derive the entanglement fidelity. Linked References F. Payton, P. Sandusky, and W. Aggarwal, A. Kumar, and A. Kostanecki, and V. Milobedeska, V.

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Effects of Curcumin on Vessel Formation Insight into the Pro- and Antiangiogenesis of Curcumin

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Shah and S. Ganjali, A. To the best of our knowledge, generating micropatterns onto an optical fiber end using fiber modes is demonstrated for the first time.