Freelance Project

Complex Quantum Mechanics Header and Footer

I want to develop a new site to explain my theories on Complex Quantum Mechanics.
I would like a nice header and a footer for it (I don’t want to make the job too difficult
so I am not demanding any additional graphics that you feel would attract visitors and
could be used as illustrations but I may like some simple diagrams designing in future)
I have a popular Yahoo Group at:

Complex Quantum Mechanics Yahoo Group

http://tech.groups.yahoo.com/group/complexquantummechanics

I started to set up a seperate site at:

http://complexqm.synthasite.com

but it is not so good at displaying images or listing pages.
So I am trying

http://complexqm.moonfruit.com

The size of the headers would probably vary from site to site so including
a header in *.wmf format would be a good idea so that I can rescale it if necessary.

It is difficult to describe what I want as I don’t know myself!

Let’s list the main graphical featues of Complex QM.

1> It deals with Complex Space
2> It defines a complex particle (ztar) I am uploading some images to help.
The ztar is like the Christmas card star in that it has exponential curves to each arm.
A nice image of a Ztar with 6 arms would be nice but not compulsory.
3> There are 3 wave forms – S, F, and V waves that cross 3D and 4D.
4> I introduce complex cylinders and tubes.

Now you can alter the background colour and have complete design freedom.
You do not have to include all it’s features.
I just need somthing appealing to attract vistors to the site but remember
it is likely to be seen by professional people so it would not be a bad idea
to give them a good impression.
perhaps a better way may be just to concentrate on the Quantum Mechanics
for images? So fusion, anti matter, and dark energy could be themes.
Then and again we could dwell on personalities such as Einstein (I don’t think
Stephen Hawking would approve of using his photo but I could ask).

Most of the images I have found are more artistic interpretation that factually
based and I will go along with that. It gives you plenty of freedom of
expression but it would be nice to ground it with some fact (photo of Sun ecetera
particle collision of antimatter).
All in all the New Scientist is a good site to look at for ideas.
I look forward to see everyone’s ideas.
Alex
PS Uploaded files (copyrighted just for ideas) include:

Alex 4D Ztar like Header.jpg 14.14 KB 71 hours
Ztar projected onto cube

https://www.scriptlance.com/f/?12468866864068094

anti matter 1.bmp 139.26 KB 71 hours
Anti Matter fantasy image

https://www.scriptlance.com/f/?124688685518552637

Bumperactive Header.jpg 125.92 KB 71 hours
Example Header – could be better

https://www.scriptlance.com/f/?124688698725101318

fusion liquid.jpg 108.92 KB 71 hours
Fantasy again but striking visually

https://www.scriptlance.com/f/?124688711263757748

New Scientist 1.bmp 814.27 KB 71 hours
Good image as expect from NS

https://www.scriptlance.com/f/?124688724245064524

QM header 1.JPG 121.42 KB 71 hours
Nice Header but no title text

https://www.scriptlance.com/f/?124688738315439751

ZTAR1.jpg 14.93 KB 71 hours
the Ztar has 6 arms in 3D

https://www.scriptlance.com/f/?124688749699811390

euler spiral.gif 7.00 KB 71 hours
This spiral is similar to my complex helix

https://www.scriptlance.com/f/?124688756442266442

PPS
Here’s a brief intro into Complex QM:

Complex Quantum Mechanics is an extension of Classical Quantum Mechanics
(which uses complex mathematics in many areas).
Complex Quantum Mechanics defines complex space as a valid entity and
uses new Inter Dimensional Boundary Waveforms to create a Unified Field
Theory or Grand Unification Theory.
It unites Einstein’s Relativity and Classical Quantum Mechanics in
several ways.
It can explain (many problems unsolvable antwhere else) for instance how:

1> Energy and mass interchange.
2> Light expands cubically (Newton’s Cube).
3> Quantum Light Packets (why light is dicontinuous).
4> How the binding force in a nucleus works.
5> How electron shell positions are fixed.
6> The behaviour of light beyond Einstein’s Light Speed (c).