24 JAN 2015 by ideonexus

 Q

The hypothesis of {108} abstraction says that every living creature is characterized by a number Q which is a measure of the complexity of the creature. To measure Q, we do not need to know anything about the internal structure of the creature. Q can be measured by observing from the outside the behavior of the creature and its interaction with its environment. Q is simply the quantity of entropy produced by the creature's metabolism during the time it takes to perform an elementary respons...
Folksonomies: complexity quantification
Folksonomies: complexity quantification
  1  notes
 
25 AUG 2012 by ideonexus

 Prayer is Silent Observation

Learning to pray, then as I understand it, is learning to listen with the mind and the heart – making oneself attentive to each exquisite detail of the world. It is a fearsome exhilarating task, best suited to solitude and silence. Such prayers are answered not with miracles tagged with our names, or those of our loved ones, but with beauty and terror. For the prayerful listener, the world becomes the sublime scripture, full of stories of structure and chaos, law and chance, complexificatio...
Folksonomies: observation prayer
Folksonomies: observation prayer
  1  notes

Simply looking at the world for what it is and what it has to tell us.

19 MAY 2011 by ideonexus

 Carbon Dating

Of all the elements, carbon is the one that seems most indispensable to life - the one without which life on any planet is hardest to envisage. This is because of carbon's remarkable capacity for forming chains and rings and other complex molecular architectures. It enters the food web via photosynthesis, which is the process whereby green plants take in carbon dioxide molecules from the atmosphere and use energy from sunlight to combine the carbon atoms with water to make sugars. All the car...
  1  notes

How it works.

19 MAY 2011 by ideonexus

 Carbon Dating

Of all the elements, carbon is the one that seems most indispensable to life - the one without which life on any planet is hardest to envisage. This is because of carbon's remarkable capacity for forming chains and rings and other complex molecular architectures. It enters the food web via photosynthesis, which is the process whereby green plants take in carbon dioxide molecules from the atmosphere and use energy from sunlight to combine the carbon atoms with water to make sugars. All the car...
  1  notes

How it works.