CMB temperatu cooling down or... heating up???

Hello.

This is a strictly technical question related to famous
Cosmic Microwave Background problem. As we know
a couple of years ago Wilkinson Microwave Anisotropy
Probe has measured detailed temperature of CMB with
accuracy of 5 places after the dot, so it's value is now
assumed to be 2,726xx degree Kelwin (correct me
please with the exact number). I am highly interested
and I hope members of s.a.r discussion group can
give me an detailed answer - if it is planned and if
- also when those plans can be realized: I mean he
detailed measurement of the CMB temperature up to
the 9-th or 10-th place after the dot? I'd like also to get
an answer if there are any visions of steady monitoring
of the CMB temperature actually on schedule of NASA
or any other space agencies?

In order to be less mysterious: I am an author of
developed for many years and still unpublished so
called: Burning Quarks Hypothesis, which is actually
a pretty complicated set of 2 main ideas related to the various
aspects of particle physics, topology and also astrophysics.
As recently as 3 years ago - to my great astonishment
- and it was really the greatest astonishment in my life
- I realized that my Burning Quarks Hypothesis can be...
verified experimentally. There is unfortunately not enough
space here for presentation of BQH, anyway I am going to
make it available pretty soon - within 3 or 4 next months.
I am also looking now for mathematical physicists,
interested in co-working on BQH, curious enough in getting an
aswer on why on the level of 9-th/10-th place after the dot
should we expect CMB heating up rather and NOT cooling
down! It is fascinating issue and I believe that many people
will be simply interested in either: support of denial of the
main ideas of the BQH. I want to discuss it on sci.physics.
research forum.

Please note, that Burning Quark Hypothesis is not
straightforward! It is a full blown scientifical hypothesis
anyway, because it can be verified experimentally!
CMB temperature growth is a side effect of some basic
highly energetic processes not available in our laboratories,
taking place on subnucleon levels within some remote
astrophysical objects. BQH is also firmly backed by the
Second Law of Thermodynamic as in my model CMB
temperature grows and entropy of the entire physical
process grows as well. The officially accepted model
responsible for CMB radiation and BQH model mutually
exclude each other.

Pawel Karwowski