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[Tuur Demeester @TuurDemeester]

Great write-up. I love how they justify the log scale of time on their BTC/USD chart by comparing it to that of an object in free fall (as indeed the dollar is). Funny and appropriate 😁

[hcburger @hcburger1]

Is bitcoin's power-law really debunked? In this article, @Giovann35084111 and I refute @TimStolte98's claim that the model is bunk. We take this opportunity to explain the model in different terms, and make links to physics and biology.
https://t.co/TytQwyjFui

[Quantodian @Quantodian]

First co-authorship between @Giovann35084111 (originator of the bitcoin power-law model) and our @hcburger1 (proponent of the power-law)!

[hcburger @hcburger1]

Is bitcoin's power-law really debunked? In this article, @Giovann35084111 and I refute @TimStolte98's claim that the model is bunk. We take this opportunity to explain the model in different terms, and make links to physics and biology.
https://t.co/TytQwyjFui

[Quantodian @Quantodian]

Our articles don't seem to interest you that much, let's see if our signals will do better.

[Quantodian Signals @quantodiansig]

Get ready to receive BTC trade signals on this account!

[Giovanni's BTC_POWER_LAW @Giovann35084111]

#BTC if you still have doubt about how good the Power Law model in predicting the future, here a comparison of the model in 2018 (when I posted on Reddit about it) and the model today.
Almost a perfect long term prediction.

This is from the new @hcburger1 article on co-integration a math tool that false "debunkers" threw at us as a criticism of the model but it turns out they failed very hard.

https://t.co/m1Aqf7Kr68

[Quantodian @Quantodian]

Our original time-based power-law article from September 2019 (referencing @Giovann35084111's earlier work):
https://t.co/TgZOs3uaB0

[Quantodian @Quantodian]

The time-based power-law model of bitcoin is valid, stable and strong. As it has always been.

[Quantodian @Quantodian]

We conclude that the time-based power-law is cointegrated in a loose sense, that our critics are wrong and that the model is perfectly valid. We demonstate that this conclusion similarly applies to @100trillionUSD's S2F model as well as to exponential growth in the stock market.

[Quantodian @Quantodian]

We determine that, strictly speaking, cointegration cannot exist in time-dependent models. Yet, one of the statistical attributes essential for cointegration -stationarity- is undeniably found present in the time-based power-law model.

[Quantodian @Quantodian]

In this article, @hcburger1 and @peter_vijn address the criticism put forward by @marcelamdax, @ciphernom, and @TimStolte98 that the time-based power-law (initially by @Giovann35084111) supposedly lacks cointegration and is therefore spurious.

[Quantodian @Quantodian]

New article:
"Bitcoin’s time-based power-law and cointegration revisited
More support for the time-based power-law model"
https://t.co/yUyl30bf5T

[Quantodian @Quantodian]

@unamatematicas No, this is worldwide data. Today cumulative 1870 deaths in China, 5 in rest of the world, making 1875 total.

[Quantodian @Quantodian]

@unamatematicas See https://t.co/a7jnA8jLBb showing that sub-exponential growth (=power law) works quite well for 19 infectious disease outbreaks.

[Quantodian @Quantodian]

@unamatematicas Our data source is in the original tweet, here: https://t.co/NllZGbkNxW

[Quantodian @Quantodian]

@unamatematicas Thanks for this link José. Seems relevant at first sight. We will look into it and come back to you.

[Quantodian @Quantodian]

@bjuno76 https://t.co/j8S3bqaudb could have been your.

[Quantodian @Quantodian]

@bjuno76 #coronavirus #COVID19 The power value on itself is interesting, but at the moment an observable. The fact that we do see a power law is remarkable because viral outbreaks are supposed to be exponential with undiminished growth in their early phase. No sign of that.

[Quantodian @Quantodian]

@bjuno76 #coronavirus #COVID19 Please see the huge difference between your linear fit on a lin-log plot and our linear fit on a log-log plot. Yours corresponds to exponential growth, ours corresponds to powerlaw growth. Powerlaw has diminished growth possibly partly due to quarantining.

[Quantodian @Quantodian]

@evdefender With interest we read your posts on fitting the @COVID19 data. Until today the 'remarkable' high fit values continue...

[Quantodian @Quantodian]

#coronavirus #COVID19 This is the same data and model on a linear time scale. Growth is clearly diminishing over time. Exponential growth is non-diminishing and would show as a straight line up in this chart. Growth is not exponential and that is a relief.