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Elliott Wave Theory

The Elliot Wave Theory represents a development of the well-known Dow theory. It applies to any freely traded assets, liabilities, or goods (shares, obligations, oil, gold, etc.). The Wave Theory was proposed by accountant and business expert Ralph Nelson Elliott in his study titled "The Wave Principle" published in 1938.

After he had retired and a serious illness had been discovered in his organism, Elliott started to observe stock markets and their charts in the hope of understanding the market behavior. After he had performed a large work, he concluded that the market, being a product of predominant psychology of the masses, followed some laws.

The Elliott Wave Theory is based on a certain cyclic laws in human behavior psychology. According to Elliott, the market price behavior can be clearly estimated and shown in the chart as waves (wave is here an explicit price move). The Elliott Wave Theory says that the market can be in two large phases: Bull Market and Bear Market.

Elliott proposes, as well, that all price moves on the market are divided into:

  • five waves in the direction of the main trend (waves 1 to 5 in Fig. 1);
  • three corrective waves (waves A, B, C in Fig. 1).

The waves are divided into:

  • impulses that create a directed trend (bull or bear) and cause the market to move very actively (waves 1, 3, 5, A, C in Fig. 1);
  • corrections (rollbacks) that are characterized by moving against the trend (waves 2, 4, B in Fig. 1).
Elliott Waves

Figure 1.

In his Wave Theory, Elliott was based on the waves subdivision principle. This means that every wave is a part of a longer wave and is subdivided into shorter waves itself (Fig. 2). Every wave is subdivided into 3 or 5 waves. This subdivision depends on the direction of the longer wave.

The main principle in the Elliott's theory is that every impulse wave consists of five shorter waves and every corrective wave (against the trend) is composed of three waves, which can be well seen in Fig. 2. For example, Wave 1 in Fig. 2 is composed of 5 shorter waves since it is an impulse wave that creates the trend.

The longest cycle, according to Elliott, is called Grand Supercycle that is compose of 8 Supercycle waves. The latter ones are each composed of 8 Cycles, etc. For example, Fig. 2 shows 3 basic cycles. It can easily be seen that impulse waves and the subsequent corrective waves are proportional. The stronger impulse is, the stronger correction is, and vice versa.

The Elliott Wave Theory is criticized for there is not always a clear definition of when a wave starts or ends. Corrections are especially difficult in this regard.

Elliott Wave Theory and Fibonacci Numbers

Fibonacci Numbers provide the mathematical foundation for the Elliott Wave Theory. Fibonacci numbers play an important role in the construction of the complete market cycle described with the Elliott's waves. Each of the cycles Elliott defined are comprised of a total wave count that falls within the Fibonacci number sequence.

Under closer examination of Fig. 2, one can notice that the complete market cycle is composed of two large waves, eight middle waves, and 34 small waves. Similarly, at a bear market, we can see that a bear Grand Supercycle is composed of one large wave, five middle waves, and 21 small waves. If we continue this subdivision, we will be able to observe the consequent 89 even smaller waves, etc.

Respectively, a bull Grand Supercycle is composed of one large wave, three middle waves, and 13 small waves. At the next sublevel, there are 55 very small waves, etc.

Elliott Waves

Figure 2.

This principle is normally used in the Elliott Wave Theory as follows: movement in a certain direction should continue until it reaches some point in concordance with the summational Fibonacci number sequence.

For example, if the time, during which the trend does not change, exceeds 3 days, this direction should not reverse until the 5th day begins. Similarly, the trend should continue up to 8 days if it has not changed the direction within 5 days. 9-day trend should not be completed until the 13th day begins, etc. This basic pattern of how the trend movements can be calculated equally applies for both hourly, daily, weekly, or monthly data. However, this is just an "ideal model", and nobody can expect that prices' behavior will be so definite and predictable. Elliott noted that deviations could happen both in time and in amplitude and individual waves would hardly develop exactly in these regular forms.

Characteristics of Waves

Calculations within the Elliott Wave Theory resemble a road-map. Every wave has a set of characteristics. These characteristics are based on market behaviour arrays.

In the Elliott Wave Theory, a special attention is paid to individual description of each wave. Besides, there are certain laws used for proportional formations of Elliott waves (table below). These laws enable proper definition of where the wave starts and how long it is. The wave lengths are measured from high to low of the corresponding wave.

Wave

Classical Relations between Waves

1

-

2

0.382, 0.5 or 0.618 of Wave 1 length

3

1.618 or 2.618 of Wave 1 length

4

0.382 or 0.5 of Wave 1 length

5

0.382, 0.5 or 0,618 of Wave 1 length

A

0.382, 0.5 or 0,618 of Wave 1 length

B

0.382 or 0.5 of Wave A length

C

1.618, 0.618 or 0.5 of Wave A length

The above classical relations between waves are confirmed by actual ones with a 10%-error. Such error can be explained through short-term influences of some technical or fundamental factors. In whole, the data are rather relative. Important is that all relations between all waves can take values of 0.382, 0.50, 0.618, 1.618. Using this, we can calculate relations between both wave heights and wave lengths. Let us consider characteristics of each wave:

  • Wave 1
    Happens when the "market psychology" is practically bearish. News are still negative. As a rule, it is very strong if it represents a leap (change from bear trend to the bull trend, penetration into the might resistance level, etc.). In a state of tranquility, it usually demonstrates insignificant price moves in the background of general wavering.
  • Wave 2
    Happens when the market rapidly rolls back from the recent, hard-won profitable positions. It can roll back to almost 100% of Wave 1, but not below its starting level. It usually makes 60% of Wave 1 and develops in the background of prevailing amount of investors preferring to fix their profits.
  • Wave 3
    Is what the Elliott's followers live for. Rapid increase of investors' optimism is observed. It is the mightiest and the longest wave of rise (it can never be the shortest) where prices are accelerated and the volumes are increased. A typical Wave 3 exceeds Wave 1 by, at least, 1.618 times, or even more.
  • Wave 4
    Often difficult to identify. It usually rolls back by no more than 38% of Wave 3. Its depth and length are normally not very significant. Optimistic moods are still prevailing in the market. Wave 4 may not overlap Wave 2 until the five-wave cycle is a part of the end triangle.
  • Wave 5
    Is often identified using momentum divergences. The prices increases at middle-sized trade volumes. The wave is formed in the background of mass agiotage. At the end of the wave, the trade volumes often rise sharply.
  • Wave A
    Many traders still consider the rise to make a sharp come-back. But there appear some traders sure of the contrary. Characteristics of this wave are often very much the same as those of Wave 1.
  • Wave B
    Often resembles Wave 4 very much and is very difficult to identify. Shows insignificant movements upwards on the rests of optimism.
  • Wave C
    A strong decreasing wave in the background of general persuasion that a new, decreasing trend has started. In the meantime, some investors start buying cautiously. This wave is characterized by high momentum (five waves) and lengthiness up to 1.618-fold Wave 3.

Unfortunately, Elliott's waves are well observed in the "old" market, but they are rather dimmed for the future. This is why practical use of the Elliott Wave Theory is often difficult and requires special knowledge.