How can we change Gold into its monoatomic state?

Question

My mistake, then how about this:

How can we transform them into a superdeformed, high spin, and low energy state.

The Chemistry and Physics of Monoatomic Elements, describes the characteristics of those elements which have come to be known as the “Precious Metals”. These eight metals include: ruthenium, rhodium, palladium, and silver (known as the “light platinum group”), osmium, iridium, platinum, and gold (known as the “heavy platinum group”).

These eight Transition Group elements, can in a monoatomic, superdeformed, high spin, and low energy state, lose their chemical reactivity and metallic nature -- thereby resulting in a state of Superconductivity -- a resonant condition complete with Meissner magnetic field(s), Cooper Pairs, and electrons which have literally changed into light (i.e. photons). These precious metals have the unique ability to remain stable in the monoatomic form, which can then lead to effects ranging from Levitation (weight losses) to Zero-Point Energy applications to fundamental biological and/or human physiological effects.

Answer 1

Gold usually remains in monoatomic state. So u need not put an effort to achieve monoatomic gold.

edit: I think u have wasted 5 points by not posting it in physics section, I don't know the answer but the people there does know some thing(outside the textbook). Here u'll get answers either pointing out minor mistakes in ur question or by giving trash responses. Don't waste ur time tryin to make these people understand.They never understand what they don't know.

(u'll consider urself lucky if this question comes into notice of Dr. dave, ag_iitkgp,steve_geo,phy& chemtutor, uncle al & some other counted answerers, in that case u're expected to get a correct reply)

EDIT: sorry uncle al, didn't see u.

Answer 2

" Levitation (weight losses) to Zero-Point Energy applications"

http://www.mazepath.com/uncleal/crap.htm

Answer 3

I think it's naturally monoatomic.

Answer 4

Change it from what?