This blog is about the stock market and wave counting, so please bear with this brief introduction.
Albert Einstein famously once railed against the new quantum physics model of the atom when it predicted that electrons could become 'entangled' and exhibit properties that seemed to require faster than light communication across vast distances, or that electrons could 'jump' between atomic orbitals in 'no time' - traversing a space or an energy level without actually passing through the distance or passing through the distance in 'zero time'. Further, the suggestion that electrons could pass across a physical barrier and just appear on the other side of it (in an effect known as
tunneling) would have been profoundly troubling to him - if experienced in his time - as well.
Some of these apparently irrational, but yet observed, effects are now known to be due to the shared wave & particle (or 'dual nature') of the electron. Want to cause an electron to 'jump' energy levels in an instant? Just change it's wave 'shape' to one requiring more energy, and don't think of it as a particle at the time. Want to get an electron on the other side of a physical barrier? Just make the barrier thin enough so part of an electron's wave is on the other side of the barrier, and presto, there is now a probability of the electron mysteriously on the other side of the barrier - just don't think of it as a particle at the time.
While such effects might seem odd or arcane, much of modern life is literally built on knowing what is going on here. The transistor, the transistor radio, cell phones, televisions, modern electronic computer circuits, and even GPS depend on these effects. Further, present-day experiments are showing some degree of entanglement can occur on larger scales than originally thought. (See the brief article at this
LINK.)
Clearly, these are mind-bending phenomenon for us as humans to consider. We are making progress, but it is slow. Einstein had some of the answers - but not all of them. And progress has been made. And certainly, we are becoming very good at
using these effects - whether we understand them fully or not.
So, too, in the stock market. We will pose two questions for you. The first question is quite simple.
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| Elliott Impulse Wave Where Wave 3 is Shorter Than Wave 1 |
Given the diagram above, in an Elliott Impulse wave - where wave 3 is shorter than wave 1 - just how does that wave 5
know to be shorter than wave 3?
I mean what is this, predestination or something? Or are the waves 'in communication' with one or another? Or is there a mysterious man named Oz sitting behind a smoky curtain at the stock exchange pulling just the right levers that cause this to happen? Yet, there are example after example where the above is true enough and can be seen. So
how does it happen? Inquiring minds want to know.
If that first example isn't puzzling enough, here is a bit more complicated one but one that you can see today. Below is a picture of the stock market, year-to-date.
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| SPY S&P500 Stock Index ETF - Year To Date |
Whether or not this pattern gets 'activated' by trading below the neck line of the pattern, please tell me how the stock market knew to trace out this partial or complete diagram of a near-perfect head & shoulders pattern - just as it is described in Edwards & Magee.
Note that the two shoulders shown here are almost exactly the same height. How did that happen? And notice that the volume dipped in the left shoulder, rose on the decline to the neck, and then volume all but dried up in the head formation. Further, volume increased again on the decline from the head to the neck - just as described - before volume fell off again on the right shoulder.
Again, whether this pattern activates to the downside, or whether is another larger right shoulder to make to match up with the even larger left shoulder remains an open item. The question is, "who or what is drawing such patterns?" Is it you? It's not me. How does such a pattern know to form?
It is a very good thing that - so far - we don't have to know every detail of the mechanism in order to put it's possible implications to use. But - just like serious physicists - serious market students may have something to learn by asking such questions.
Have a great weekend.
TraderJoe