Wasn't it a change in the starting line up that spurred the Jazz win streak last mid-season? Why don't we do that again...for more than 1 game.
If it isn't spurred by an injury those kinds of changes do not last long with Sloan. And when the injured player returns, no matter how well the replacement has been playing or how well the team is doing, the returning players gets slotted right back in where they were.
This is the First Sloan Corrolary (FSC) to Isaac Newton's three laws of motion. To wit:
The first law - the law of momentum.
This law posits that every body remains at rest or moves with constat velocity in a straight line, unless it is compelled to change that state by a force acting upon it.
The second law - the law of acceleration.
This law posits that the acceleration of an object is directly proportional to the force causing it.
The third law - the law of action and reaction.
The action of a force exerted by one body on a second body produces a reaction that is equal and opposite in direction to the action.
So we can see that in keeping with the
first law, if the body (the team) is left alone (with momentum leading to success due to the lineup change) then it will continue to succeed (move along it's present course). Sloan's insistence of returning an injured player immediately into the linup causes a decrease in momentum (compelled to change by a force acting upon it, i.e. Sloan)
In regards to the
second law, the force causing the acceleration is the new lineup, which is propelling the team (the body) to new success at an increasing rate. With the return of an injured player, this force is reduced and often even negated or inverted, causing the rate of acceleration to, at best, decrese, and at worse stop or begin to increase in the opposite direction.
According to the
third law, Sloan's action (force exerted by one body) on the team (second body) creates an equal and opposite reaction. So when the injured player immediately returns to the starting lineup, regardless of the success of the team during that player's absence, it causes an opposite reaction. That is, the team begins to move in the opposite direction as it was before.
This is in keeping with other Sloan Corrolaries to other laws of physics, such as the laws of thermodynamics, etc. For example, Sloans system is designed to maintain or decrease entropy in the system thereby avoiding any spontaneous change or disruptions to the system that might bring about change, even planned change to impact the results generated by the system, completely independent of the current results derived from the system.
It is all a part of a larger set of Laws called
Sloan's Laws of Status Quo.