QUOTE: 10.13.2004 PhysOrgForum Science
ARtone - A bag of balls
Any theory purporting to add to or improve the current knowledge should answers some of unknowns not just confuse the situation.
Hi,
In well known theories and laws there are still more things to be discovered or to be changed. The exciting exploration of Science and Nature, as was in XX century, is not finished jet. We are still on the top of the see iceberg.
So here is a “site” link about Periodic Table of Elements with new postulate and new schema's (five year on Internet). Whit unique, elegant and beautiful form Universal Periodic Table is a new look on well-known form of the Table of Elements. This UPT (Universal Periodic Table) has a simple and unlimited form from all sides and might be used as a basis for prediction for new elements or the elementary particles as well.
http://www40.brinkster.com/maks47/
MAKS,
I think this is a good way of drawing the table - as a fractal process:
You could likely extend this below hydrogen and further out as well. I'm almost certain you could take other properties of the elements and plot them fractally also (like melting point, electromagnetic spectrum, or magnetic properties etc.) There would be a limit to the number of underlying fractal processes and once these were extracted you could most likely predict any physical trait of any element smiply by knowing a few fractal positions for the elements and the periodic table would be less of a rough list and instead would be algorithmic. There should be similar ways of doing this for molecules also.
You could likely extend this below hydrogen and further out as well. I'm almost certain you could take other properties of the elements and plot them fractally also (like melting point, electromagnetic spectrum, or magnetic properties etc.) There would be a limit to the number of underlying fractal processes and once these were extracted you could most likely predict any physical trait of any element smiply by knowing a few fractal positions for the elements and the periodic table would be less of a rough list and instead would be algorithmic. There should be similar ways of doing this for molecules also.
Steve, where did you get the periodic fractal of the elements? I'd like to know.