From: eric gisse on
Robert L. Oldershaw wrote:

>
> Regarding the "Boltzmann Brain" revised "paper" (i.e., piece of @#$%)
> by Linde, Guth , Vilenkin, et al recently placed on the arXiv.org
> archive, the mad Zeppelin commander, wearing lederhosen and carrying
> an ice pick, spouted the following complete falsehood:
>
> " It's like a kettle of water on a hot stove---there is a small but
> finite probability that it will
> freeze. "
>
> What utter nonsense!

You are too stooooopid to understand that the bulk behavior of a fluid is
statistical in nature.

[snip rest of stupidity]

From: Don Stockbauer on
On May 15, 10:48 pm, eric gisse <jowr.pi.nos...(a)gmail.com> wrote:
> Robert L. Oldershaw wrote:
>
> > Regarding the  "Boltzmann Brain" revised "paper" (i.e., piece of @#$%)
> > by Linde, Guth , Vilenkin, et al recently placed on the arXiv.org
> > archive, the mad Zeppelin commander, wearing lederhosen and carrying
> > an ice pick, spouted the following complete falsehood:
>
> > " It's like a kettle of water on a hot stove---there is a small but
> > finite probability that it will
> > freeze. "
>
> > What utter nonsense!
>
> You are too stooooopid to understand that the bulk behavior of a fluid is
> statistical in nature.
>
> [snip rest of stupidity]

It's the same effect as the fact that all the air in your room could
simultaneously move to the half which you are not in, suffocating
yourself. But the deal is that it's so unlikely you'd not expect it
to happen for many trillions of years.
From: "Juan R." González-Álvarez on
eric gisse wrote on Sat, 15 May 2010 20:48:15 -0700:

> Robert L. Oldershaw wrote:
>
>
>> Regarding the "Boltzmann Brain" revised "paper" (i.e., piece of @#$%)
>> by Linde, Guth , Vilenkin, et al recently placed on the arXiv.org
>> archive, the mad Zeppelin commander, wearing lederhosen and carrying an
>> ice pick, spouted the following complete falsehood:
>>
>> " It's like a kettle of water on a hot stove---there is a small but
>> finite probability that it will
>> freeze. "
>>
>> What utter nonsense!
>
> You are too stooooopid to understand that the bulk behavior of a fluid
> is statistical in nature.

Which is *only* true at equilibrium by the simple reason that the generator
of time translations is zero at equilibrium.

Non-equilibrium is different and very beyond your superfitial
understanding of fluids [*].

[*] Your ignorance again, nothing new...




--
http://www.canonicalscience.org/

BLOG:
http://www.canonicalscience.org/publications/canonicalsciencetoday/canonicalsciencetoday.html
From: Sue... on
On May 15, 11:48 pm, eric gisse <jowr.pi.nos...(a)gmail.com> wrote:
> Robert L. Oldershaw wrote:
>
> > Regarding the  "Boltzmann Brain" revised "paper" (i.e., piece of @#$%)
> > by Linde, Guth , Vilenkin, et al recently placed on the arXiv.org
> > archive, the mad Zeppelin commander, wearing lederhosen and carrying
> > an ice pick, spouted the following complete falsehood:
>
> > " It's like a kettle of water on a hot stove---there is a small but
> > finite probability that it will
> > freeze. "
>
> > What utter nonsense!
>
> You are too stooooopid to understand that the bulk behavior of a fluid is
> statistical in nature.


Statistics are a human invention. However did
the fluids manage to behave before we came along
and wrote rules for them? :-))

Sue...

>


From: Robert L. Oldershaw on
On May 16, 8:59 am, "Sue..." <suzysewns...(a)yahoo.com.au> wrote:
>
> Statistics are a human invention. However did
> the fluids manage to behave before we came along
> and wrote rules for them?  :-))
-----------------------------------

Well put, Sue.

And it is the misuse of statistics and inference that really
characterizes contemporary theoretical physicists.

Don, you can wait a googol of years for all of the air molecules to
magically shift to one side of the room, but you will never be in the
slightest bit of danger. The probability is not low, it is zero, and
it ain't ever going to happen IN THE REAL WORLD.

It only happens in the Platonic realms of theoretical physicists'
postmodern abstractions.

And Eric: Quite simply I understand statistics and nature immeasurably
better than you.

Best to all,
RLO
www.amherst.edu/~rloldershaw