WS -- How could it all begin?
HF -- In the beginning I created the heavens and the earth. The 
earth was formless and void. You see what I mean?
WS -- You did an incredible job (wonder). Especially when I think 
that You already had everything (of our daily life) in mind from 
the beginning.

(10:05 am)
WS -- What is the key to being good?
HF -- Think always for the benefit of others.
WS -- What is the foundation of goodness?
HF -- God and Gods Love.
WS -- Why do people do evil?
HF -- They dont know the value of the spiritual life.
WS -- What is social prestige?
HF -- Thats your concept. People are influenced by others.
WS -- How to build the Kingdom of Heaven?
HF -- Follow True Parents.
WS -- What if Christians ask You the same question?
HF -- I will tell them to follow Jesus and be a good Christian.
WS -- Then what will happen?
HF -- If they love Jesus? They will see True Parents.

WS -- I have to ask You again, because it is really important: 
Did You really differentiate matter from the very beginning?
HF -- State what you mean more clearly.
WS -- At the Big Bang, the first origin or manifestation of 
physical matter (matter-energy), as I take it, was subquarks, 
which are both transcendental (existing in imaginary space-time) 
and substantial (existing in real space-time). Then, did You 
already assign those subquarks with their destinies as quarks of 
different sorts, energy vector particles, and so on?
HF -- Yes.
WS -- You had sorted them out as far as what proportion would be 
of each kind?
HF -- Yes. Proof of this is in the prevalence of matter as 
opposed to antimatter. It is, as you might say, arbitrary.
WS -- Did energy vector particles (bosons?) appear also as 
offspring of subquarks, or independently?
HF -- Actually, independently. They are separate. They appear and 
disappear. They are regulators of a constant process of give-and-
take in which UPF plays the guiding role. They constantly appear 
and disappear through normal interactions. Of course, some are 
fixated in the real world for many billions of years, as photons 
traveling, or in the nucleus.
WS -- So gluons and photons are not subquarks.
HF -- Well, actually, that is the catch. In a sense they are, 
because they appear the same way, out of nothing. But subquarks 
are not yet physical matter; they cant exist independently or in 
isolation. They make up quarks, quarks make up hadrons [protons, 
neutrons, a few others].
WS -- So leptons (electrons, etc.) are not quarks?
HF -- No; electrons are simple manifestations of subquarks. They 
are indivisible, as you can see.
WS -- What are bosons?
HF -- Energy vector particles.
WS -- Why are some so heavy?
HF -- You better study what they are. Make a sketch.

[Diagram: UPF at the top, in the imaginary realm; branching out 
to gravitation (a field interaction in the real world), 
particle-mediated interactions: photons and gluons in the real 
world, and imaginary origin of subquarks in the imaginary 
realm; subquarks in the real world (but hypothetical); 
simple particles: electrons and neutrinos branching out from 
subquarks, quarks branching out from subquarks (but 
hypothetical); complex particles: protons and neutrons 
(physically measurable) also branching out from quarks; and 
finally, atoms assembled from all the above.]

HF -- One day this is all going to be elementary.