2019issue C1322-27
Wave-degree discipline for a 2018-2019 US long-wave top
A historical US equity workflow nested a century-scale five-wave Dow count, a post-2000 expanding flat, a Fibonacci extension, and a November-to-May window so a 2018-2019 top stayed checkable against later highs and lows.
- On a century-scale Dow Jones Industrial Average chart, three advances and two contractions were labeled as a five-wave pattern completing in 2000.
- The same five-wave-plus-three-wave form was described inside the 1932-1937 advance, showing that structure can stay constant while degree and size change.
- A nine-year expanding flat, a 1.50 Fibonacci extension, and a November-to-May seasonal overlay were used to keep a 2018-2019 top as a testable hypothesis.
- An incomplete Super Cycle count was preferred on time-proportion grounds after prior US advance durations were compared.
Why degree labels keep a long-wave top checkable
Editorial aim: teach wave-degree discipline as a way to keep competing long-horizon counts falsifiable. The archive facts below nest a century-scale impulse, a post-2000 expanding flat, a Fibonacci extension, and a November-to-May seasonal window so a 2018-2019 top remains a testable hypothesis rather than a story.
Elliott-wave structure is a nested five-wave-plus-correction pattern that can appear on hourly through multi-decade scales. Elliott-wave-counting assigns degree labels and origin points so an impulse, expanding flat, or completed Super Cycle remains checkable against later highs and lows.
A century-scale five-wave Dow impulse
On a century-scale Dow Jones Industrial Average chart, three advance windows (1932-1937, 1942-1966, 1974-2000) separated by two contractions (1937-1942, 1966-1974) were labeled as a basic five-wave pattern completing in 2000.
The same form at a smaller degree
The same five-wave-plus-three-wave sequence was described as repeating inside the 1932-1937 advance. Form stayed constant while degree and size changed.
A nine-year expanding flat after 2000
On a 20-year S&P 500 monthly chart, 2000-2002 down, 2002-2007 up beyond the March 2000 origin, and 2007-2009 down below the 2002 low were labeled a nine-year expanding-flat correction.
An expanding flat is a three-wave correction whose second wave exceeds the prior origin and whose third wave exceeds the first-wave low.
A Fibonacci extension as a price check
A Fibonacci extension is a projected bull-market end zone formed by scaling a prior decline by a ratio such as 1.50 and adding the result to the decline low.
A 1.50 extension of the 7,728-point 2007-2009 Dow decline projected about 18,062 from the decline low. The December 2014 high was 18,103, a gap of two-tenths of a percent.
Two nine-year advances compared
The 2009-2018 S&P 500 advance was compared with 1990-2000. Each had one decline greater than 20% (21.5% in 2011 versus 22.4% in 1998), and both reached nine years and five months by August 2018.
A November-to-May timing overlay
Seasonal analysis here means using a recurring November-to-May equity window as a timing overlay on a wave-count endpoint.
A November-to-May seasonal window plus the March 2019 10-year anniversary of the 2009 low was used as an alternative timing hypothesis if that seasonal pattern still applied.
Complete versus incomplete Super Cycle counts
A Super Cycle is a multi-decade wave degree whose prior US advances are compared by duration to judge whether a long-wave count is complete.
A completed Super Cycle count was framed as a multi-decade decline case that would, at minimum, take the S&P 500 below the 2009 low of 666.79.
An incomplete long-wave count was preferred on time-proportion grounds: Super Cycle wave (I) lasted 139 years from 1790 to 1929 and Super Cycle wave (III) lasted 68 years.
Editorial reading
Editorial reading: nesting the century-scale impulse, the post-2000 expanding flat, the Fibonacci extension, and the November-to-May window keeps the 2018-2019 top falsifiable. Later highs and lows can still break one count and leave the other standing.
The archive recorded those labels and checks. It did not decide which long-wave count was correct.
All readings on this track · 14 readings
- 1982Why wave counting stops full Elliott automation
- 1988Counting the 1987 Grand Supercycle peak as three claims
- 1990Promoting wave degree after a near-full retracement
- 1991A locked gold zigzag that had to produce two prices
- 2001Constructing Elliott wave counts with Fibonacci ratios
- 2002Constructing nested Elliott wave counts with ratio clusters
- 2002Auditing five-wave counts for overlap and length
- 2004A completed supercycle count as a Fibonacci ratio laboratory
- 2011The wave count as a falsifiable trade hypothesis
- 2014Constructing Elliott correction counts with Renko and zigzag
- 2015ABC wave labels as a square-of-nine timing hypothesis
- 2017Top-down Elliott wave count alignment
- 2019Wave-degree discipline for a 2018-2019 US long-wave top
- 2019Treat a completed cycle peak as a laboratory for repeating wave ratios