EFTA01069603Set 9
2008-02-025p3,281w
particular parameter, while our pattern will give it within a wide
range. The Zipf exponent depends on the parameters in a nontrivial way and is exactly calculated
cn in this ... popularity, words ranked by frequency in a random cor-
pus of tat, observe the Zipf law. Empirical evidence of
analytical results will show that our model is quite dif-
ferent ... from EZ's [27], which gives PLD with an exponen-
the Zipf distribution of wealth [I-9] has recently attracted
tial cut-off that vanishes only for a particular parameter
https://www.justice.gov/epstein/files/DataSet%209/EFTA01069603.pdf
EFTA02497531Set 11
2015-06-237p2,344w
described in language, but that's not what you mean.
EFTA_R1_01622488
EFTA02497531
Zipf's law is a rank-frequency distribution. And also meaningless, as Mandelbrot showed 60 years ... term probability. . for example he in a number of papers refers to zipf as a
probabiltiy distribution. i have checked a number of his papers after your last remark ... contact him directly.
3
EFTA_R1_01622490
EFTA02497533
I don't recall his using Zipf's "laws," but it wouldn't matter much. Mandelbrot showed back in
the '50s that
https://www.justice.gov/epstein/files/DataSet%2011/EFTA02497531.pdf
EFTA02497906Set 11
2015-06-226p1,943w
partially)
be described in language, but that's not what you mean.
Zipf's law is a rank-frequency distribution. And also meaningless, as Mandelbrot showed 60 years ... term probability. . for example he in a number of papers refers to zipf as a probabiltiy
distribution. i have checked a number of his papers after your last remark ... might want to contact him directly.
I don't recall his using Zipf's "laws," but it wouldn't matter much. Mandelbrot showed back in the '50s
that they were
https://www.justice.gov/epstein/files/DataSet%2011/EFTA02497906.pdf
EFTA02498492Set 11
2015-06-183p553w
Sheldrake
Cc: Jeffrey Epstein
Subject: Re: Introduction of two creative minds
Jeffrey: You mentioned Zipfs Law and a possible connection to morphic resonance
That reminded me of this paper ... discussed here
http://m.phys.org/news/2014-08-physicists-eye-neural-formula-zipthtml
Basically, they show that under certain pretty broad conditions, Zipfs law will occur in the context of a set of elements
all guided by some ... variable...
On the one hand, this provides a potential explanation for the prevalence of Zipf's Law that doesn't require any funny
stuff like morphic resonance
On the other
https://www.justice.gov/epstein/files/DataSet%2011/EFTA02498492.pdf
EFTA02496528Set 11
2015-06-2515p4,957w
partially) be described in language, but that's not what y=u mean.
Zipf's law is a rank-frequenc= distribution. And also meaningless, as Mandelbrot
showed 60 years ... term probability.=. for example he in a number
of papers refers to zipf as a probabiltiy dis=ribution. i have checked a number of his papers after your last remark ... might want to contact him directly.
I don't recall his using Zipf=E2 s "laws," but it wouldn't matter much. =A0
Mandelbrot showed back in the '50s that
https://www.justice.gov/epstein/files/DataSet%2011/EFTA02496528.pdf
EFTA00645713Set 9
2015-06-224p1,922w
partially) be described in language, but that's not what you mean.
Zipf's law is a rank-frequency distribution. And also meaningless, as Mandelbrot showed 60 years ... term probability.. for example he in a number of papers refers to zipf as a
EFTA00645713
probabiltiy distribution. i have checked a number of his papers after your last ... might want to contact him directly.
I don't recall his using Zipf's "laws," but it wouldn't matter much. Mandelbrot showed back in the '50s that they
were
https://www.justice.gov/epstein/files/DataSet%209/EFTA00645713.pdf
EFTA00853429Set 9
2015-06-2414p4,899w
partially) be described in language, but that's not what you mean.
Zipf's law is a rank-frequency distribution. And also meaningless, as Mandelbrot showed 60 years ... term probability.. for example he in a number of papers
refers to zipf as a probabiltiy distribution. i have checked a number of his papers after your
last remark ... might want to
contact him directly.
I don't recall his using Zipf's "laws," but it wouldn't matter much. Mandelbrot showed back in
the '50s that they were
https://www.justice.gov/epstein/files/DataSet%209/EFTA00853429.pdf
EFTA02497623Set 11
2015-06-2415p4,962w
partially) be described in language, but that's not what y=u mean.
Zipf's law is a rank-frequenc= distribution. And also meaningless, as Mandelbrot
showed 60 years ... term probability.=. for example he in a number
of papers refers to zipf as a probabiltiy dis=ribution. i have checked a number of his papers after your last remark ... might want to contact him directly.
I don't recall his using Zipf=E2 s "laws," but it wouldn't matter much. =AO
Mandelbrot showed back in the '50s that
https://www.justice.gov/epstein/files/DataSet%2011/EFTA02497623.pdf
EFTA02497920Set 11
2015-06-227p2,258w
partially) be described in language, but that =99s not what you mean.
Zipf's law is a rank-frequenc= distribution. And also meaningless, as Mandelbrot showed 60 years ... term probability.=. for example he in a number of papers refers to zipf as a
probabiltiy dis=ribution. i have checked a number of his papers after your last rema ... might want to contact him directly.
I don't recall his using Zipf=E2 s "laws," but it wouldn't matter much. =AO Mandelbrot showed
back in the '50s that
https://www.justice.gov/epstein/files/DataSet%2011/EFTA02497920.pdf
EFTA00853769Set 9
2015-06-226p2,323w
partially)
be described in language, but that's not what you mean.
Zipf's law is a rank-frequency distribution. And also meaningless, as Mandelbrot showed 60 years ... term probability.. for example he in a number of papers refers to zipf as a
probabiltiy distribution. i have checked a number of his papers after your last remark ... might want to contact him directly.
I don't recall his using Zipf's "laws," but it wouldn't matter much. Mandelbrot showed back in the '50s that they
were
https://www.justice.gov/epstein/files/DataSet%209/EFTA00853769.pdf
EFTA02498693Set 11
2015-06-2412p3,808w
partially) be described in language, but that's not what y=u mean.
Zipf's law is a rank-frequenc= distribution. And also meaningless, as Mandelbrot
showed 60 years ... term probability.=. for example he in a number
of papers refers to zipf as a probabiltiy dis=ribution. i have checked a number of his papers after your last remark ... might want to contact him directly.
I don't recall his using Zipf=E2 s "laws," but it wouldn't matter much. =A0
Mandelbrot showed back in the '50s that
https://www.justice.gov/epstein/files/DataSet%2011/EFTA02498693.pdf
EFTA00853867Set 9
2015-06-225p1,919w
partially) be
described in language, but that's not what you mean.
Zipf's law is a rank-frequency distribution. And also meaningless, as Mandelbrot showed 60 years ... term probability.. for example he in a number of papers refers to zipf as a
probabiltiy distribution. i have checked a number of his papers after your last remark ... might want to contact him directly.
I don't recall his using Zipf's "laws," but it wouldn't matter much. Mandelbrot showed back in the '50s that they
were
https://www.justice.gov/epstein/files/DataSet%209/EFTA00853867.pdf
EFTA02498362Set 11
2015-06-227p2,359w
partially) be described in language, but that's not what you mean.
Zipf's law is a rank-frequency distribution. And also meaningless, as Mandelbrot showed 60 years ... term probability. . for example he in a number of papers refers to zipf as a
probabiltiy distribution. i have checked a number of his papers after your last remark ... might want to contact him directly.
I don't recall his using Zipf's "laws," but it wouldn't matter much. Mandelbrot showed back in
the '50s that they were
https://www.justice.gov/epstein/files/DataSet%2011/EFTA02498362.pdf
EFTA02496453Set 11
2015-06-2413p4,254w
partially) be described in language, but that's not what y=u mean.
Zipf's law is a rank-frequenc= distribution. And also meaningless, as Mandelbrot
showed 60 years ... term probability.=. for example he in a number
of papers refers to zipf as a probabiltiy dis=ribution. i have checked a number of his papers after your last remark ... might want to contact him directly.
I don't recall his using Zipf=E2 s "laws," but it wouldn't matter much. =A0
Mandelbrot showed back in the '50s that
https://www.justice.gov/epstein/files/DataSet%2011/EFTA02496453.pdf
EFTA02348391Set 11
2015-06-248p4,029w
partially)
be described in language, but that's not what you mean.
Zipf's law is a rank-frequency distribution. And also meaningless, as Mandelbrot showed 60 years ... term probability. . for example he in a number of papers refers to zipf as a probabiltiy
distribution. i have checked a number of his papers after your last remark ... might want to contact him directly.
I don't recall his using Zipf's "laws," but it wouldn't matter much. Mandelbrot showed back in the '50s that they were
https://www.justice.gov/epstein/files/DataSet%2011/EFTA02348391.pdf
EFTA02497004Set 11
2015-06-2414p4,665w
partially) be described in language, but that's not what y=u mean.
Zipf's law is a rank-frequenc= distribution. And also meaningless, as Mandelbrot
showed 60 years ... term probability.=. for example he in a number
of papers refers to zipf as a probabiltiy dis=ribution. i have checked a number of his papers after your last remark ... might want to contact him directly.
I don't recall his using Zipf=E2 s "laws," but it wouldn't matter much. =AO
Mandelbrot showed back in the '50s that
https://www.justice.gov/epstein/files/DataSet%2011/EFTA02497004.pdf
EFTA02348953Set 11
2015-06-2415p4,860w
partially) be described in language, but that's not what you mean.
Zipf's law is a rank-frequency distribution. And also meaningless, as Mandelbrot
showed 60 years ... term probability. . for example he in a number of
papers refers to zipf as a probabiltiy distribution. i have checked a number of his papers after your last remark ... might want to contact him directly.
I don't recall his using Zipf's "laws," but it wouldn't matter much. Mandelbrot
showed back in the '50s that they were
https://www.justice.gov/epstein/files/DataSet%2011/EFTA02348953.pdf
EFTA00853684Set 9
2015-06-236p2,320w
partially)
be described in language, but that's not what you mean.
Zipf's law is a rank-frequency distribution. And also meaningless, as Mandelbrot showed 60 years ... term probability. . for example he in a number of papers refers to zipf as a
probabiltiy distribution. i have checked a number of his papers after your last remark ... might want to contact him directly.
I don't recall his using Zipf's "laws," but it wouldn't matter much. Mandelbrot showed back in the '50s that they
were
https://www.justice.gov/epstein/files/DataSet%209/EFTA00853684.pdf
EFTA02495783Set 11
2015-06-227p2,295w
partially) be described in language, but that =99s not what you mean.
Zipf's law is a rank-frequenc= distribution. And also meaningless, as Mandelbrot showed 60 years ... term probability... for example he in a number of papers refers to zipf as a
probabiltiy dis=ribution. i have checked a number of his papers after your last rema ... might want to contact him directly.
I don't recall his using Zipf=E2 s "laws," but it wouldn't matter much. =AO Mandelbrot showed
back in the '50s that
https://www.justice.gov/epstein/files/DataSet%2011/EFTA02495783.pdf
EFTA00853727Set 9
2015-06-226p2,257w
partially)
be described in language, but that's not what you mean.
Zipf's law is a rank-frequency distribution. And also meaningless, as Mandelbrot showed 60 years ... term probability. . for example he in a number of papers refers to zipf as a
probabiltiy distribution. i have checked a number of his papers after your last remark ... might want to contact him directly.
I don't recall his using Zipf's "laws," but it wouldn't matter much. Mandelbrot showed back in the '50s that they
were
https://www.justice.gov/epstein/files/DataSet%209/EFTA00853727.pdf