Although it has taken me a little more than expected, I am back with a new chapter of my series about the Physics of Innovation. Today I am going to speak about something as basic and even primordial as “Fire”. Since the early days of humankind, we are attracted to that dancing show of light and heat that allowed us to comfort ourselves, cook our food, make tools, etc. (more…)
When I told some friends that I intended to set-up a blog to talk about Innovation, one of them very wisely told me: “But why? Innovation is already a worn-out concept!”. Well, I believe there is some truth in this because we are currently experiencing an Innovation bubble or “Innoflation”. Everyone is using the term so much that it seems that if you do not innovate, you will fall from the edge of Earth…
First of all, let me wish you a happy and interesting 2016. As I warned you, I might write some more about the Physics of Innovation. The idea behind this series is to relate well-known physics theorems or phenomena with innovation activities, in order to use them as inspiration or means for reflection.
Let me start this second post with a question: Would you say that innovation is a random or a deterministic process? I will elaborate some more on this, because I believe that the correct answer would be a third one, innovation is a chaotic process.
I am a physicist by training, a manager by trade and an innovator by practice. A few days ago I was able to link together these aspects of my life when I was invited to participate as a speaker at the Innovation Day (www.eldiadelainnovacion.es) organised by Actitud Creativa in Madrid. My talk used the concept of wormholes in relation with Innovation and the idea was well received, so I thought it would be nice to post it here to reach more people that could be inspired by it. I have other such relations in mind, so this post can be the first of a series where I will try to link well known Physics concepts with innovation situations or challenges, the “Physics of Innovation” we may call it.