4 Apr
2011
4 Apr
'11
9:27 a.m.
On 04/04/2011 04:49 PM, jwm.art.net(a)gmail.com wrote:
Hey patrick why don't you have a go yourself like
this boy scout did ;-D
http://www.dangerouslaboratories.org/radscout.html
Is that the kid from New York?
Knowing how to make WMD's and actually doing it are completely different
things. One requires insight and understanding of advanced nuclear
physics and the other requires a callous disregard for humanity. Not
everyone can make the leap. I personally couldn't bring myself to do it
which is why I am not a part of the Military apparatus.
A far better use of my time and much more appealing to me from a end
user perspective would be to create enough energy to enable
teleportation to be possible.
Sent using BlackBerry® from Orange
-----Original Message-----
From: Patrick Shirkey<pshirkey(a)boosthardware.com>
Sender: linux-audio-user-bounces(a)lists.linuxaudio.org
Date: Mon, 04 Apr 2011 16:42:48
To:<linux-audio-user@lists.linuxaudio.org>
Subject: Re: [LAU] OT: metal, money, changes, bleg
On 04/04/2011 04:14 PM, Erik de Castro Lopo wrote:
Gotta love wikipedia. Instant truth just add complement set ;-)
--
Patrick Shirkey
Boost Hardware Ltd.
Patrick Shirkey wrote:
So, just having enough Pu-239 in one location is definitely,
categorically not going to be able to cause a nuclear explosion? Not
even a little one that might cause a rapid escalation?
So just to make sure I am correct here... All
nuclear weapons require an
assisted explosion?
Yes, you need both high heat and high pressure to force the fissile
material into the required chain reaction.
It's
categorically impossible for Plutonium-239 to
become critical without assistance from an explosion of some other fuel
or high energy source?
You don't have super heated Pu-239 actively being created in a semi
critical chain reaction. If it gets unstable there is not enough neutron
flux to make baby go boom.
As explained here:
https://secure.wikimedia.org/wikipedia/en/wiki/Criticality_accident
there have been a number of criticality
accidents, but they always
create so much heat that the fissile material expands and the conditions
cease to be critical.
So far so good, nuclear physics being of course entirely understood and
modelled and no gaps exist is current knowledge of the fundamental
processes involved :-)