"Let us admit what all idealists admit - the hallucinatory nature of the world. Let us do what no idealist has done - let us search for unrealities that confirm that nature. I believe we will find them in the antinomies of Kant and in the dialectic of Zeno."

"Our concept of time and space, the very structure of the universe, are more intimately related to problems and phenomenon of consciousness than we have seriously suspected.... There is no strict division between subjective and objective reality, consciousness and the physical universe are connected by some fundamental physical mechanism. This relationship between mind and reality is not subjective or objective, but 'omnijective. An omnijective concept of the universe is by no means new ... There is a vast philosophical and metaphysical tradition behind the philosophy that the universe is omnijective  The mystics tell us this is true. The idealists tell us it is true. Most exciting of all, the physicists tell us it is true."

"In 1927, Werner Heisenberg presented his famous 'Uncertainty Principle' and started a philosophical debate among the quantum physicists that still has not resolved itself. In vastly simplified terms Heisenberg stated that the observer alters the observed by the mere act of observation ... The implications of the confluence of mysticism and physics are that all of our notions about the absoluteness of the physical universe are wrong. As Heisenberg has stated, 'The violent reaction on the recent development of modern physics can only be understood when one realizes that here the foundations of physics have started shaking, which has caused the feeling that the ground would be cut from science ... Both physics and metaphysics have reached a point where language no longer imparts any information. For instance, in quantum mechanics identical particles are said to be 'indistinguishable'. Two electrons that are indistinguishable can therefore be thought of as either the 'same' or 'different' ... One of the major revolutions in the realm of physics has been the increasing role of indeterminism - or the realization that it may be impossible to predict the outcome of an experiment. Before the advent of quantum theory, most physicists believed in a universe that was totally causal ... On the level of quantum mechanical events, however, nothing even approaching causality has been found to exist ... This is where the puzzle of indeterminism steps in. In certain circumstances Schrodinger's wave functions predict the behaviour of a given particle up to a point and then describes two equally probable outcomes for the same particle. On paper as well as in observation no reason can be found for the particles varying behaviours."

"However, empty space has lost its meaning in light of the findings of Einstein and the concept of solid objects has been virtually destroyed by the investigation of quantum theory ... It was not until the turn of this century that science got its first peep into the structure of the atom. With the discovery of X-rays, a virtual window was created into the world of the very small ... The phenomenon of radioactivity provided positive proof that atoms are not the basic building blocks of matter, but composites, built of entities even smaller.

"When Rutherford attacked the atom with high speed alpha particles he found something totally unexpected. Far from being the solid and physical particles they were believed to be since the fifth century B.C. atoms turned out to consist of vast empty regions of space in which incredibly tiny particles - electrons - orbit around a nucleus... subatomic units of matter simply do not behave like solid particles. Indeed, they appear to be abstract entities ... Depending upon how we took at it, a subatomic entity displays the properties of both a particle and a wave … In an attempt to understand a reality which does not easily accommodate words, Heisenberg proposed that physicists should simply accept the complementarily or paradoxical aspect of subatomic entities and view them as wave/particle – entities ... By doing so Heisenberg was making a statement that belonged as much to mysticism as it did to the new physics. That is, the ultimate nature of reality is beyond verbal description. The greatest commonality in both mysticism and the new physics is that both point to the inadequacy of language ... Because electrons possess both the properties of particles and a wave packet, they cannot be said to have distinct geographical locations. No physicist will ever "see" an electron or touch it. Not only is the universe queerer than we think, but it is queerer than we can think, confusion was further confounded when W.K. Clifford came out with the theory that matter was nothing more than empty, curved space. John Wheeler agreed with him. According to Wheeler the nothingness of space is the true building block of matter."

"But the matter does not end here. As particles were discovered to be more wave-like, phenomenon such as light, which had always been interpreted as a wave became more and more particle-like. The German physicist Max Planck suggested that light was discontinuous and consisted of small energy units called 'Quanta'."

"Allah (God) is the Light (soul) of the heavens and earth."

"There is no compulsion in Islam.”