Sun Particle Capture

In order to change density, $TiO_2$ must be very fine nano-particles.  In one other variant,

the copper conductor is replaced with a bare optical fiber or a crystal coil.  What is a crystal coil?  Possibly also glass, but crystalline.  Provided that the Sun's spectrum also contains photons that eject other types of basic particles, including $g^{-}$  and  $p^{+}$.   In this scheme of things photons are just basic particles accelerated to light speed.

Since, good conductor of electricity is often good conductor of heat, both $e^{-}$ and $T^{+}$ particles are collected by a copper coil.  We need to separate the two, so that the torus does not over heat.

Then there remain $T^{-}$ and $g^{+}$...

$T^{-}$ when embedded imbue invisibility.  The charges are immobile.  What would collect and conduct $T^{-}$?

$g^{+}$ generate lifts.  They embed into carbon fibers, but are also immobile. 

To use an analogue to electrical conduction where $p^{+}$ paired orbits with $e^{-}$ particles captured in the weak fields conducts $e^{-}$ and $T^{+}$ particles;

 $g^{+}$ paired orbits with $g^{-}$ particles captured in the weak fields will conduct $g^{-}$ particles and $p^{+}$ particles.  And $T^{+}$ paired orbits with $T^{-}$ particles captured in the weak fields will conduct $T^{-}$ particles and $g^{+}$.

The first are metals, the second are crystals, and the last....?  What have $T^{+}$ paired orbits as its outermost nucleus layer?  They are like elements being stripped of its outermost $p^{+}$ paired orbits; bare nucleus, but stable.  These could be the noble gases.

If so, a channel of noble gas, Neon $Ne$ within the $TiO_2$ suspension, can serve as a collector for these charges.

Have a nice day.