Star Trek

I have 3 questions that perhaps some of you might wish to answer for me--or wish to discuss:

Question 1: If you generated a soliton wave and directed it at a black hole, do you think it would neutralize some of the black-hole's energy, or do you think it would enlarge it?

Question 2:  If you generated a soliton wave on each of the cardinal points around a black hole, would it stretch the black-hole's energy and dissipate it, or have the opposite effect?

Question 3: If you shot two beams composed of a noble, inert gas like argon directly at each other?

Funny, when you ask these questions though I think of the LHC & being hacked.

What is the LHC?

The Large Hadron Colider.

These questions came to mind from reading David Mack's latest "Cold Fusion" trilogy.

I had mentioned, or alluded to, the noble gas beams in an earlier post about constructing a Miller-Thorn starbridge, as Steele mentions in his book Coyote Frontier.

A couple of weeks ago, I wondered if you could adjust the phaser-array or forward tractor-beam emitters to project two (or more) beams of argon or another inert "noble" gas in front of the ship, so they would intersect.  Perhaps this might create a soliton wave or a transpace corridor of some kind, through which your starship could travel.

(Reference sources say that argon is more plentiful on Earth, while krypton is more plentiful elsewhere in the galaxy.)

To compress or expand a blackhole artificially you would have to be able to control Dark Matter , a blackholes number one source of food.

Increasing the amount of Dark Matter would give the blackhole a longer life span.

A blackhole could only really be expanded from inside of the event horizon itself by creating small singularity bursts similar to how the blackhole was initially formed.