Hallo Hajo,
inzwischen gab es ja jetzt schon Reaktionen auf unsere Daten, wie
beispielsweise von Jogg. Auch war zu erwarten das Doug Marett sich zu dem
Thema äußern würde.
Wie Du in meinem Brief unten lesen kannst, habe ich jetzt noch mal andere
aufgefordert an dem Projekt teilzunehmen. Sollte das zustande kommen, dann
wäre das, wie bereits schon mal erwähnt, ein Anfang zu einer
internationalen Datenerfassung.
Wenn nicht, wäre das auch ein Indiz dafür dass es dafür noch zu früh ist.
Deine Daten sind gerade reingekommen.
Auch hier heute keine negativen Daten bei Dir. Bei mir auch nicht.
Und ein moderates plus von 2/10 , bei mir waren es einmal 3/10.
Gruß John
===========================================================
Hi Doug, and hi all others,
thanks for your reply. You have the same thermometers like we have and you
measure also inside, like we do now.
I`m looking forward to your data from now on the OML.
So at the moment the orgone data are surprising good. We measure in a room
which is a little bit like a weather house, a blind outside at the window,
that means very less light during the day (and in the shadow of course)
and dark at night.
But we have a positive result , most 1/100 also in the night.
When you post your data, please tell me a weather loop from Canada. I have
not found anyone today.
Also the question , are there others who want join our project now.
It is not too late. Maybe someone from USA or south America, or other parts
of the world, for excample Africa.
There are so many members in this list, 300 people, it would be nice when
others join our project. This is a first time that this is possible over
Jogg`s OML. So you are welcome and don`t be shy.
Today the satellite loop of Europe you can find under
http://www.trettin-tv2.de/190202.mpg
Very interesting. A lot of clouds over North Africa.
Also you can see a strong low pressure system from north to west over
germany.
Today Germany was complete covered with clouds at 1 PM
We had have short strong storm and a little bit hail. Then the rest of the
day was absolutely quiet. No wind. The weather report had said that the
wind comes from south west to north west.
Tomorrow from north and then west.
Today the air pressure was 1005
The moisture was 66%
The quotient Eo-E is: 4,6
You see Doug, in this case the To-T was better than yesterday, also the
Eo-E was more than yesterday!! That`s what we expect normally.
The data of today are:
Time...........To..........T........dT
1 AM..........17,6.......17,3......+0,3
2 AM..........17,3.......17,1......+0,2
3 AM..........17,0.......16,9......+0,1
4 AM..........16,8.......16,7......+0,1
5 AM..........16,6.......16,5......+0,1
6 AM..........16,6.......16,4......+0,2
break
1 PM..........16,3.......16,2......+0,1....wind
2 PM..........16,4.......16,3......+0,1....hail
3 PM..........16,4.......16,3......+0,1....wind stillness over the whole
day
4 PM..........16,2.......16,1......+0,1
5 PM..........16,3.......16,2......+0,1
6 PM..........16,3.......16,2......+0,1
7 PM..........16,3.......16,2......+0,1
8 PM..........16,2.......16,2........0
9 PM..........16,3.......16,2......+0,1
10 PM.........16,5.......16,4......+0,1
11 PM.........16,6.......16,5......+0,1
12 PM.........16,6.......16,6........0
Can`t believe how good the datas are and on this day very constant.
Best regards to all
John Trettin
http://www.orgoninstitut.de
=====================================================
=====================================================
Hi,
Thanks John for your reply. By "diurnal variation" I mean the pattern of
change over the course of the day. "Co-vary diurnally" means that two (or
more) measurements by different instruments follow the same pattern over
the
course of the day, for example, temperature and electroscopic discharge
rate. I hear you with respect to the fact that electroscopic discharge rate
and To-T do not vary with the same pattern in many cases. I am attempting
to
figure out why with a series of experiments that I have been performing
over
the past month, and hope to post this in an article on my website ( this is
taking longer than I had hoped!). In any event, I may have some To-T data
to
also contribute for this week. My box however is a classic 1 fold orgone
accumulator as described in the Cancer Biopathy, made of galv. iron, rock
wool, and wood. The control is identical in construction, except the
internal metal box is replaced by cardboard. The temperature is measured
above the internal box in a tube as described by Reich. I use 0.1 deg. C
division mercury thermometers. All of my measurements are made indoors to
avoid the artifacts such as temperature swings caused by solar heating and
night cooling.
I'll keep you posted on how it goes.
Doug Marett
----------------------- Internet Header --------------------------------
Sender: Joachim.Trettin@t-online.de
Received: from mailout08.sul.t-online.com (mailout08.sul.t-online.com
[194.25.134.20])
by siaag2aa.compuserve.com (8.9.3/8.9.3/SUN-1.12) with ESMTP id
TAA17651
for <Jo_Trettin@compuserve.com>; Tue, 19 Feb 2002 19:03:31 -0500
(EST)
Received: from fwd09.sul.t-online.de
by mailout08.sul.t-online.com with smtp
id 16dKEL-0001CX-00; Wed, 20 Feb 2002 01:03:29 +0100
Received: from 80.133.14.49 (022934935-0001@[80.133.14.49]) by
fwd09.sul.t-online.com
with smtp id 16dKEK-2C2X8SC; Wed, 20 Feb 2002 01:03:28 +0100
MIME-Version: 1.0
Subject: dos
From: Joachim.Trettin@t-online.de (Joachim Trettin)
Reply-To: <022934935-0001@t-online.de>
To: <Jo_Trettin@compuserve.com>
X-Mailer: T-Online eMail 4.009
Content-Type: Multipart/Alternative;
Boundary="__Next_1014163637_Part11__"
Date: 20 Feb 2002 00:07 GMT
Message-ID: <16dKEK-2C2X8SC@fwd09.sul.t-online.com>
X-Sender: 022934935-0001@t-dialin.net
=================== End Part 1 / Begin Part 2 =====================
% Part 2 is binary
========================== End Part 2 =============================
|
= Gründer
= Moderator
= Online