Rapid World Change  
By Tyler Durden [ facilitated by Walter Sorochan ]

Posted November 01, 2012.  

We live in a rapidly changing world compared to that of 150 to 300 years ago.  This article attempts to explain why most of us have difficulty understanding the impact that rapid change has on all of us. 

growthetcFor centuries we have been living in a linear world; that is, there was continuous growth with very little if any change, like in a straight line.  This is illustrated in the height growth diagram on the left by the men in black.  Once a man reaches maturity, his size remains the same or linear.  Conversely, a child continues to increase in size over time and this is referred to as exponential growth.   

Below are examples of linear verses exponential growth: The first graph on the left helps us become aware that growth curves are based on time [years] and amount and can be expressed as linear or exponential.

growthp growth pop growth oil growth resources
Amount over TimePopulation growthOil production Resources limit

Each of these examples have similar patterns.  Each has a horizontal constant growth for many years [ linear growth ] and then sudden vertical upward growth [ exponential ].  It is obvious that continuity of population, economy and energy growth, are dependent on availability of resources. Growth has limits.

Chris Martenson Martenson: Chapter 5  focuses on three E's: economy, energy and environment; that these are interrelated and cannot be solved in isolation.  These three are linked by exponential growth.  The connection between all three is subtle and invisible but powerful. 

"The greatest shortcoming of the human race is our inability to understand the exponential function."  Dr. Albert Bartlett  Martenson: Chapter 3 & 4

Growth, surplus and prosperity:  For the past 300 years we have been lulled into thinking that growth gives us prosperity.  But today, growth may give us a surplus but not necessarily prosperity.  For example, it has been calculated that more than half of the world's energy supply is now used to just grow.  This means that, for example, it costs more to find and get the oil out of the ground that it does to make it useful .... a losing proposition.  Martenson: Chapter 5

Chris Martenson focuses on "Why The Next 20 Years Will Be Marked By The Collapse Of The Exponential Function."

We face a different world in the next 20 years.  Today we live in an extraordinary time that is unfolding before us that is confusing, invisible and silent.  The trends are unfixable because there is no way for us to return to normal or to the "good old days!"  The way things worked in the old days are no longer possible. 

In the video courtesy of GoldMoney, Chris Martenson, economic analyst at chrismartenson.com and author of ‘The Crash Course’, explains why he thinks that the coming 20 years are going to look completely unlike the last 20 years

Martenson: why-next-20-years-will-be-different 2011

martensonchris In his presentation he focuses on the so-called three “Es”: Economy, Energy and Environment. He argues that at this point in time it is no longer possible to view either one of those topics separately from one another.

Since all our money is loaned onto existence, our economy has to grow exponentially. Martenson proves this point empirically by showing a 99.9% fit of the actual growth curve of the last 40 years to an exponential curve. If we wanted to continue on this path, our debt load would have to double again over the next 10 years. By continually increasing our debt relative to GDP we are making the assumption that our future will always be wealthier than our past. He believes that this assumption is flawed and that the debt loads are already unmanageable.

Martenson explains how exponential growth works and why it is so scary that our economy is based on it. In an example he illustrates how unimaginably fast things speed up toward the end of an exponential curve. He shows that an exponential chart can be found in every one of the three “E’s” for instance in GDP growth, oil production, water use or species extinction. Due to the natural limitations on resources, Martenson comes to the conclusion that we are facing a serious energy crisis.

This energy predicament is namely that the quantity of oil as well as the quality of oil are in decline. He shows that oil discoveries peaked in 1964 and oil production peaked 40 years later. Martenson also shows how our return on invested energy is rapidly declining – the “cheap and easy” oil fields have already been exploited. In 1930 the energy return for oil was 100:1 or greater. Today it is already down to 3:1 and newer technologies such as corn-based ethanol only provide a 1.5:1 return. Martenson predicts that the time in between oil shocks will get shorter and shorter and that oil prices will go much higher.

Not only oil but also other natural resources are being rapidly used up as well. At the current projected pace of use, known reserves for many metals and minerals will be gone within the next 10 to 20 years. The energy needed to get these non-renewable resources out of the ground is growing exponentially. So we live in a world that must grow, but can’t grow and is subject to depletion. The conclusion out of all this is that our money system is poorly designed and that we need to rethink how we do things as quickly as possible.  Our monetary system is badly out of step with reality.

After finishing his presentation Chris Martenson answers questions regarding a rise in efficiency, alternative technologies and oil prices. He also responds to questions regarding electricity, shale gas, gold, silver, platinum, palladium, and uranium and the race for global resources.

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electricity consumpworld