Quotes About Newton

'Newton' is a very Indian film but resonates with people all across. And that's the reason it got great response at the film festivals.

In brief, if we are biological organisms, not angels, much of what we seek to understand might lie beyond our cognitive limits – maybe a true understanding of anything, as Galileo concluded, and Newton in a certain way demonstrated. That cognitive reach has limits is not only a truism but also a fortunate one; if there were no limits to human intelligence, it would lack internal structure and would therefore have no scope: we could achieve nothing by inquiry.

the laws of Newton, appropriate tools for a clockmaker deity who could create a world and set it running for eternity.

Where Newton was reductionist, Goethe was holistic. Newton broke light apart and found the most basic physical explanation for color. Goethe walked through flower gardens and studied paintings, looking for a grand, all-encompassing explanation. Newton made his theory of color fit a mathematical scheme for all of physics. Goethe, fortunately or unfortunately, abhorred mathematics.

Scientists marching under Newton's banner actually waved another flag that said something like this: Given an approximate knowledge of a system's initial conditions and an understanding of natural law, one can calculate the approximate behavior of the system. This assumption lay at the philosophical heart of science.

No one intuitively understands quantum mechanics because all of our experience involves a world of classical phenomena where, for example, a baseball thrown from pitcher to catcher seems to take just one path, the one described by Newton's laws of motion. Yet at a microscopic level, the universe behaves quite differently.

Sir Isaac Newton gave the extraterrestrials their biggest shot in the arm when he embraced the infinite universe as the basis for his hugely influential system of physics. Even so, the aliens of the early modern period remained creatures of philosophy rather than science.

Like all his type, Newton was wholly aloof from women.

If we want to resist the powers that threaten to suppress intellectual and individual freedom, we must be clear what is at stake," he said. "Without such freedom there would have been no Shakespeare, no Goethe, no Newton, no Faraday, no Pasteur, no Lister." Freedom was a foundation for creativity.

See how the wings, striking against the air, sustain the heavy eagle in the thin air on high," he noted, then added, "As much force is exerted by the object against the air as by the air against the object."16 Two hundred years later, Newton would state a refined version of this as his third law of motion: "To every action there is always opposed an equal reaction.

fuerzas gravitatorias de Newton, por las que dos objetos se atraen mutuamente de manera directamente proporcional a su masa e inversamente proporcional a la distancia que los separa.

George Brownell. Franklin excelled in writing but failed math, a scholastic deficit he never fully remedied and that, combined with his lack of academic training in the field, would eventually condemn him to be merely the most ingenious scientist of his era rather than transcending into the pantheon of truly profound theorists such as Newton.

Harvard professor I. Bernard Cohen has pronounced, "Franklin's law of conservation of charge must be considered to be of the same fundamental importance to physical science as Newton's law of conservation of momentum.

Franklin's scientific achievements placed him in the pantheon with Newton. Franklin's experiments, he wrote in 1941, "afforded a basis for the explanation for all the known phenomena of electricity."16 Franklin

One of the most outstanding conclusions of some postmodernists is that all of reality is socially constructed. They have even taken issue with the conclusions of Newton and Einstein, on the basis that the privilege of those scientists is obvious in their equations and, as old white guys, their biases inherently prevented them from knowing anything real of the world.

Newton's law of gravity says that the acceleration of any object as it orbits another is proportional to the mass of the body it is orbiting.......Thus if you know the speed of a body in orbit around a star and its distance from the star, you can measure the mass of that star. The same holds for stars in orbit around the center of their galaxy; by measuring the orbital speeds of the stars, you can measure the distribution of mass in that galaxy.

Taking mathematics from the beginning of the world to the time when Newton lived, what he had done was much the better half.

Many consider the publication of this book to be the beginning of the Scientific Revolution.   This has been debated.  However, Copernicus' theory stimulated the astronomical work of some of the most important minds of the sixteenth and early seventeenth century, upon which later natural philosophers, including Newton, were able to build modern science.

Newton's influence on science particularly and on eighteenth century culture in general was profound.  Few scientists after him would deny themselves the identity of being a "Newtonian", while his (apparent) application of rational thought to the solution of scientific problems became the model for the Enlightenment embrace of "rationalism".

Working out another system to replace Newton's laws took a long time because phenomena at the atomic level were quite strange. One had to lose one's common sense in order to perceive what was happening at the atomic level.

Newton must have been right when he'd said that light consisted of particles, for today he could feel them hitting him.

It is never a question of belief ; the only scientific attitude one can take on any subject is whether it is true . The law of gravitation worked as efficiently before Newton as after him.

talking about clear minds writing in clear language—the predictions of Saint Augustine, Sir Francis Bacon, Newton, Einstein, the list goes on and on, all anticipating a transformative moment of enlightenment. Even

On the Newton Scale, the temperature of boiling water is thirty-three degrees.