Einstein doesn't like it - Assignment Example

Einstein doesn’t like it" By 18 March 18 March " Einstein doesn’t like it " This chapter discusses the Quantum Mechanics as one of the important branches of physics. ‘Quantum mechanics is the study of motion of quantities. Quantum theory says that nature comes in bits and pieces (quanta), and quantum mechanics is the study of this phenomenon. (Zukav 19)This field is different from the Newtonian physics as the basis of quantum mechanics stems from the sub-atomic realm. As Newton’s physics is based upon everyday observations, in contrast quantum physics is based on atoms and its sub-elements: electron, proton and neutron.

For this field of physics the physical observation does not suffice as atoms cannot be touched, smelled or tasted. It discusses probabilities of phenomenon and it is impossible to visualize such particles that form the probabilities. However, the Newton laws of motion were different from the quantum laws as they worked on visibility of motion. The three laws of motion presented by Newton were the remarkable discoveries of that time. Another contribution to the world of science was Newton’s law of Gravity that was a breakthrough in the field of physics.

On the other hand quantum mechanics argues that it is not possible to know enough about the present so as to accurately predict the future. It is an impossible task that cannot be achieved even with sheer dedication in terms of time and technology. For example, if an object is moving at a certain speed in a certain direction we can determine its position at a certain time period based on its speed and direction. However, in the subatomic realm we can only approximate where the particle would be at a certain time and the more we narrow our focus on one particle the difficult it gets to approximate the other particles’ movements.

Thus the entire discussion in this chapter concludes that Newton physics predicts events whereas quantum mechanics focuses on the probability of events. The two fields differ in their focus on the basic unit of observation but they both hold great significance in the field of physics. Work Cited Zukav, G. The Dancing WuLi Masters - An Overview of New Physics. New York: Bantam New Age Book, 2012. 19. Print.