Issues:
Strength of the Liquid Wall:
You have expressed incredulity about the notion that the liquid wall component of a turbolaser bolt can maintain coherency for as long as several seconds, contending that such is a "near-eternity" for such an object to retain it's shape against the intense expansion pressures that would be found within the interior plasma.
This is a variation on the point you brought up in your first reply to my theory. As you said, if "the turbolaser bolt is indeed a plasma contained in a 'liquid' shell as you postulate, then we have the obvious problem that it should blow apart almost immediately."
As I said in my reply to that point, I agree, and in fact this "was one of my main challenges when putting together the TOT. You have a bolt with a hot plasma core and a cooler liquid outside, that's not exactly a stable configuration." As I said then, I suppose it might be better if the TOT read something like "a few microseconds," or whatever corresponds to how long we see a bolt remain on screen without the barrel lined up with it before it poofs out of existence.
However, I also must note that stronger bolts (like turbolasers, which would have more and hotter plasma) will expand and lose shape faster than smaller/weaker bolts (like blasters). Hence, the expansion that I noted in the collision with the X-wing, and the apparent lack of expansion seen with blaster/ground-based weaponry.
Any reference to "several seconds" should be taken as a high end estimate, only observed in situations such as the Gungan troop shield in The Phantom Menace, or with low-powered hand weapons, as with the trash compactor scene in A New Hope, and not taken as representative of all turbolaser/blaster type weapons at all times.
The points we've discussed, such as the X-Wing turbolaser impact and the Tantive-IV scattering event, are examples of space-based weapons and incidents that lasted well under even one second (the Tantive-IV incident was .04 seconds [1 frame], and the entire X-wing turbolaser incident was .12 seconds [3 frames] of which the major "splash" which we have discussed was visible for only .04 seconds [1 frame]). Incidents where such weapons have retained cohesion longer (such as the trash compactor scene) have dealt with lower-powered weaponry, such as handheld or terrestrial blasters.
Bolt Behavior:
Vanishing Bolts:
I note the TOT (plus addendums) as explanation:
How does beam theory account for the vanishing bolts which exist (momentarily) along a vector on which the source cannon is not aligned? I take it that it does not, and a projectile theory must be invoked to explain it. If so, how does the projectile vanish?Turbolaser Operational Theory wrote:The surface tension of the liquid wall can keep the tibanna bolt intact for [a maximum of] several seconds without the need of a containment beam. Exactly how long the bolt retains cohesion depends on the temperature of the core plasma, the temperature of the edge plasma, the density and the size of the bolt; dense and hot masses of tibanna [such as those found with space-based turbolasers] will tend to lose their cohesion and come apart, sometimes explosively. Bolts with different attributes [such as cooler bolts from blasters, for example] may be more likely to simply dwindle out.
Bolt Splash:
The TOT explains this temporary cohesion after impact through the liquid wall component (which I went over above).
This incident is not scattering, as in the Tantive-IV incident.
This issue was originally brought to His Divine Shadow. In the incident with the Tantive-IV, 5-7 well-defined straight-line arms are observed branching off of the point of turbolaser impact. These arms are angled downward in relation to the Tantive-IV. This is accepted as an example of "scattering."
In the incident with the X-Wing impact, an amorphous blob of material was observed, one with irregular and interrupted particulates, and a nucleus which is far distant from the point of observed turbolaser impact. No straight-line branches are observed forming from the point of turbolaser impact (as was observed on the Tantive-IV), and the disjointed tendrils are not angled toward the X-Wing (in fact, the "splash" is directed away from the starfighter).
You suggested, as an alternative to scattering, that this may be "superheated material being blown off the engine." I ask, then, how this superheated material is supposed to glow green?
Transparent vs. Opaque Bolts:
Bolts have been shown to be either transparent or opaque. The TOT explains this in it's section about Tibanna's energy consuming behavior. Your explanation involved invoking out-of-universe issues about film saturation, saying "generation of sufficient light will blot out whatever's behind it, particularly on film where you can saturate the medium."
I asked you if you were, therefore, saying that the red bolt seen here,
is so bright that it blots out what's behind it?
The red bolt is not as bright as the white explosion behind it, yet it is opaque. When I brought this inconsistency with your claim forward, you brought up a (irrelevant) point about how the opaqueness is not a "fixed characteristic" of the bolt. I did not say it was, and the TOT accounts for both semitransparent and opaque bolts.
Instead of acknowledging the error, you derided this as a "waste of time," claimed (incorrectly) that it is somehow a disproval of my theory, and then left the subject.
The Definition of Beam Theory:
You stated that the beam theory explains turbolasers as a "beam of unstable high-energy lightspeed particles which interact with each other and which decay over time."
These beam theory particles travel at lightspeed. So then, I take it, that the theory says they are massless?
If so, are they bosons?
As I understand it, they are not photons, correct?
What is the nature of their interaction? If they are massless, why do they not set up an interference pattern as photons do?
How do these massless particles emit light transversely?
What do they decay into? Are these decay particles also massless?
Source List:
The Turbolaser Operational Theory can be harmonized with the following sources:
Star Wars: The Phantom Menace
Star Wars: Attack of the Clones
Star Wars: A New Hope
Star Wars: The Empire Strikes Back
Star Wars: Return of the Jedi
Episode II: Incredible Cross Sections
Note: Mike, you reject an annular confinement beam (forcefield containment tube) as eligible to be an "energy beam." Yet you accept exotic non-photonic decay beams which (as I understand it) operate outside the realm of modern physics as "lasers" in spite of the fact this does not line up with the acronym of a laser (Light Amplification by Stimulated Emission of Radiation). The stimulated emission point of the Turbolaser Operational Theory, however, explains how the turbolaser can be simultaneously viewed as a laser bolt as well as a plasma bolt.
Star Wars II: Attack of the Clones Novelization
A New Hope Novelization
Empire Strikes Back Novelization
Return of the Jedi Novelization
The Official Star Wars Fact File: Turbolasers
Note: Some have derided my use of this source because I had a hand in it's creation. Others have tried to dismiss it based on the fact that it has not been published in the United States. These points are irrelevant, however, as the document still remains the Official Star Wars Fact File.
Agents of Chaos I - Hero's Trial
Destiny's Way
The Bacta War
Shadows of the Empire
The Krytos Trap
Star Wars Sourcebook
Essential Guide to Weapons and Technology
Note: This is based on Bryan Young's quote, where he claims that the EGWT says "TL technology and blaster technology are similar" and Connor MacLeod's note "it is true that a similarity is inferred between blasters and laser cannons [in the EGWT]."
Star Wars Visual Dictionary
Attack Of The Clones Visual Dictionary
Galaxy Guide 2: Yavin and Bespin
The Art of Star Wars: The Empire Strikes Back
The Illustrated Star Wars Universe
Other Points:
You claimed that "Official literature, unlike canon, is subordinate to science" and I asked, then, for you to show me the "Lucasfilm's canon/official policy quote that says the fictional Star Wars universe always must be constrained by our current understanding of physics"
I apologize, but you have not provided such a quote.
You claimed that the "other official references describe plasma being part of the turbolaser's mechanism but they do not specifically state that the plasma is launched out of the barrel as the bolt."
I provided an example, the Star Wars Fact File which says just that. I asked you if you recanted on your previous position in light of this new evidence, and instead of indicating yes or no, you attacked the reference. I take it, then, that you do not recant on your previous position.
You claimed a "similar amount of time for a blaster bolt to 'reach' its destination regardless of range" (this point was originally postulated in the form of a rhetorical question) and I noted observations by SPOOFE and myself which indicated that there is a large variation in the speeds of bolts throughout the Star Wars series.
I asked you if you recanted on your previous position in light of this new evidence. Although you did not explicitly say that you recanted, you did change your position, saying now that an "interference pattern in a blaster bolt would be difficult to precisely control. If it's generated by deliberately mismatched frequencies and phases, even the tiniest timing error could significantly change the propagation rate of the visible pulse."