In this paper, we will argue that even though we cannot define consciousness, we can quantify  
it using free will, and quantum uncertainty is in turn 
a good measure of such a free will. We will also 
demonstrate that this quantum uncertainty increases with coupling, and thus with neurological  
complexity. 
Thus, we will be able to quantify consciousness using quantum uncertainty, and show that 
the higher amount of  consciousness  for complex organism would be a direct product of 
enhanced quantum uncertainty in brain. 

In the Jacobson formalism general relativity is obtained from thermodynamics. 
This is done by using the Bekenstein-Hawking entropy-area relation.
However, as a black holes will gets smaller, its temperature will increase. 
This will cause the thermal fluctuations to also increase,
and these will in turn correct the Bekenstein-Hawking entropy-area relation. 
Furthermore, with the reduction in the size of the black hole, quantum
effects will also start to dominate. Just as the  general relativity can be