Ṣādiq ʻAnqā

Award-winning author Tim Lebbon takes fantasy to new heights in his thrilling new epic as unlikely allies struggle to keep the light of hope burning against a tide of unending darkness...Noreela teeters on the brink of destruction, but at its center pulses a magic grown stroner than ever before. Now the Mages have raised an army of terrifying warriorsand unstoppable war machins. Their goal: the annihilation of all Noreela through a reign of bloodhsed and death unlike any ever imagined.But Noreela's last survivors will not go quietyly into the never-ending darkness. One man will lead a desperate band of rebels, including a witch, a fledge miner, and a dreaming librarian. For an ancient prophecy predicts that the future of magic will emerge in a child still unborn--if only our heroes can stay alive until dawn.From the Trade Paperback edition.

Professor Sadegh Angha's Theory of Particle Structure & Its Applications: The Epic of Life, By Prof. Sadegh Angha and Dr. Sirus Aryainejad, lays out a dynamic model of the internal structure of elementary particles, as first suggested by Prof. Sadegh Angha. Using this model, the authors calculate the characteristic physical constants of particles and apply their model of the electron and proton to the formation of, as well as the radiation traded by, the hydrogen atom, suggesting a solution, as well, to long-term problem of the connection of fine structure constant with other constants in elementary particle physics. In addition, they discuss the application of Professor Angha's model to very fast-moving particles, wherein the relativistic mass, length contraction, and time dilation is derived without appealing to the principles of relativity, thereby demonstrating for the first time how a model elementary particles, on its own, can result in the relativistic variation of mass, length, and time. They go on to treat the formation of atoms more massive than the hydrogen atom and discuss as well the problem of the unification of gravitational fields with electromagnetic fields within the framework of the general theory of relativity. A work easily understood by any student of physics, Professor Sadegh Angha's Theory of Particle Structure & Its Applications will be a great interest to anyone interested in this ever-expanding scientific field.