Abhilash H N said:The title might be confusing. Anyway while preparing for a seminar I made a statement, " Absolute space does not explain the inertial forces, since they are related to acceleration with respect to anyone of the inertial frame". Is this statement correct? Please explain with few examples, Thank you..
Absolute space is a concept in physics that refers to a hypothetical reference frame that remains fixed and unchanging, regardless of the motion or presence of objects within it. It is often contrasted with relative space, which is defined in relation to other objects and their positions.
According to the concept of absolute space, inertial forces are a result of the motion of objects relative to this fixed reference frame. These forces are often referred to as fictitious forces, as they do not result from any physical interactions but rather from the perspective of the observer in an accelerating reference frame.
Non-inertial forces, such as centrifugal and Coriolis forces, are also explained by the concept of absolute space. These forces arise when an object is in motion in a rotating reference frame, and can be understood as the object's tendency to maintain its original state of motion in the fixed reference frame of absolute space.
The concept of absolute space has been largely replaced by the theory of relativity in modern physics. While some aspects of absolute space are still used in certain contexts, such as in classical mechanics, it is not a fundamental concept in most modern theories.
Absolute space and time were once thought to be inseparable concepts, with time being seen as absolute and unchanging just like space. However, the theory of relativity showed that time is also relative and can be influenced by factors such as gravity and motion. Therefore, the concept of absolute space is no longer seen as directly related to the nature of time.