کوئٹہ کے مراکز افتاء اور ان کی کارکردگی

In Sharia (Islamic Law), the interpretation of any law to solve an issue or problem with a logical verdict, of an individual in society or state, is called Fatwahs. Fatwahs are issued from the religious institutions, called “Marakiz e Ifta”. While the “Muftees” are considered the sole authority to disperse and verdict for all issues in an Islamic society or state. Without the interpretation of Muftees, the solution for all issues in an Islamic society is impossible. No individual can deny the importance of “Fiqh” and “Fatwahs” in Islamic society. These religious practices and services of Muftees with Fiqah, have been existing since its origin. In the same way, such services and practices are present in Quetta city as in the other regions of Pakistan. In this study, the researcher has analyzed the following aspects such as: Muftees, their religious Fatawahs and Maddaris, their establishment, services and practices regarding these Fatawahs and its characteristics, the merit of an issue for a verdict and the importance of these Fatawahs on official level. The objectives of this study are the analysis of the services of Muftees and Maddaris of Quetta. That the Muftees and Maddaris have practiced and served the general public as in the other regions of Pakistan. The research site for this study was Quetta city. The research toll was interview technique while the respondents or participants for this study were religious Schalors. Data was collected and analyzed by the researcher. This study comes within the qualitative research paradigm.  

Dynamical Properties of Specific Black Holes

The present thesis comprises the study of three dynamical phenomenon such as thermal fluctuations, accretion and tidal forces of black holes/regular black holes. We consider the logarithmic corrected entropy in order to analyze the thermal fluctuations. We examine the effects of thermal fluctuations on a regular black hole of the non-minimal Einstein-Yang-Mill theory with gauge field of magnetic Wu-Yang type and a cosmological constant. We investigate the first law of thermodynamics in the presence of logarithmic corrected entropy and non-minimal regular black hole. Furthermore, we discuss the thermal fluctuation problem by utilizing the higher order corrected entropy. We examine the thermodynamical behavior of two well-known black holes such as Reissner-Nordström Anti de Sitter black hole with global monopole and f(R) black hole in the presence of higher order corrected entropy. We also discuss the accretion problem in two phases. In first phase, we analyze the accretion onto static spherically symmetric regular black holes for specific choices of the equation of state parameter. The underlying regular black holes are charged regular black holes using the Fermi-Dirac distribution, logistic distribution, non-linear electrodynamics, respectively, and Kehagias-Sftesos asymptotically flat regular black holes. In second phase, we develop the Hamiltonian dynamical system to tackle the accretion problem. We investigate the accretion of test fluids onto regular black holes such as Kehagias-Sftesos black hole and regular black holes with Dagum distribution function. We analyze the accretion process when different test fluids are falling onto these regular black holes. The behavior of fluid flow and the existence of sonic points is being checked for these regular black holes. Finally, we investigate the tidal forces occurring in a Kiselev black hole surrounded by radiation and dust fluids. We also solve the geodesic deviation equation for radially free-falling bodies toward Kiselev black hole. We explain the geodesic deviation vector graphically and point out the location of the event and Cauchy horizons for specific values of the radiation and dust parameters.