D-3) The role of water vapor and temperature can contribute to causing favorable electrospinning conditions. A small amount of water (or light oil), similar to what is absorbed from a witness’s fingers, will reduce semihard or thick waxy or greasy agglomerate viscosity markedly especially if some of the hydrocarbons are water soluble or absorptive  Note that the UAP agglomerated film (at least the most recent top layer) is very thin so the permeation of the humidity will be very fast. Secondly, warmer temperature (but not too warm) at the lower altitude will also decrease viscosity making the film more flowable as well. So, we have three factors that will potentially reduce viscosity to make the agglomerated film more flowable 1) breaking down of the film by ozonolysis providing some more flowable species, 2) modest absorption of water vapor wherein the p-bonds of agglomerated cross-linked hydrocarbons may be broken down, c) and warming at the lowest altitude levels. The author stresses that multiple buildups of agglomerate or a very thick agglomerate can likely sometimes be plasma and combustion burned and turn into fallen slag which has been seen many many times. Slag simply isn't a sign that a UAP is itself burning up or is damaged.

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   D-4) The author mentioned diamagnetic spinning enhancement of electrospinning. Almost all hydrocarbons, waxes and greases (actually almost all materials) are diamagnetic meaning that in an intense magnetic field gradient they will be repelled toward the weaker intensity field by the UAP regardless of the momentary magnetic field polarity. For this to happen the net magnetic susceptibility of the material must be diamagnetic as many many materials are-such as water and many hydrocarbons. This is a new spinning modality suggested by the author, but it is quite reasonable and similar to electrospinning. Note that the instantaneous magnetic gradient acts similarly to the electrical gradient in electrospinning and continues to act on dried fibers that may have lost more volatile constituents. Note that the driving forces for electrospinning and diamagnetic spinning are approximately additive. One effect of having dual available driving forces for spinning is that the process window in which spinning can occur is expanded. For example, agglomerated hydrocarbon fluids with virtually no electrical conductivity can still be diamagnetically spun. Note also that any absorbed diamagnetic water in the agglomerated film can also itself pushed away from the hull by diamagnetic forces aiding spinning as are any inorganic diamagnetic dust. Note that AC magnetic fields always repel Angel Hair agglomerate regardless of instantaneous polarity! 

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 D-5) (Atmospheric Agglomeration) A UAP sweeping through the stratosphere or troposphere and particularly accompanied by a DC bias voltage potential or no potential at all could attract a film of SOA, unreacted or unoxidized hydrocarbons and/or hydrocarbon coated dust nuclei. That film could possibly build up over several entries into or passes through our atmosphere. UAPs, at least in our atmosphere, appear to be surrounded by plasmas and/or glow discharges. The fact that several foolish witnesses have fired bullets at airborne UAPs and reported the "ping" of a hit on the UAP hull leads one to believe that UAPs are not always surrounded by impenetrable force fields (they have been observed surrounded by repelling forces on the ground as is understandable for defense). There is also the ballistic impact of such organics and SOA to be considered along with the so-called “sticking coefficients” of such impacting species. Recall that despite the low concentrations of SOA and unreacted organic hydrocarbons the UAP can sweep huge swaths of the upper atmosphere as well as sit stationary and attract such materials from around it. So although the density of the swept species is low, the swept volume is truly enormous. The author suspects that some UAPs build up thick multilayered agglomerated coatings during extended missions not unlike our own ocean-going ships accumulating hull-fouling growths to this day despite our best technologies.

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   D-6) (Interstellar Agglomeration) A very similar argument applies to sweeping up (or colliding with) interstellar organic and dust species. We recently now know that interstellar space is “greasy” or "waxy" and that that grease often nucleates upon solid inorganics (such as carbon, SiC and widely distributed interstellar ice particulates etc.). Further, we know that Boron is extensively distributed about interstellar space along with Calcium, Magnesium and Silicon and compounds thereof. Note that atmospheric inorganics, in a major part, mimic what falls from space and this dust also includes Strontium for example. The Strontium in the earth-based glacial telltale ice cores above did NOT indicate, via chronology, that it originated from human nuclear testing. It was likely volcanic in origin.  Desert sourced dust and ocean salts contain lots of silicates (Silicon) along with Calcium, Magnesium, Iron, Manganese and Boron. In interstellar space one may have the UAP traveling at an appreciable fraction of the speed of light. The author suspects that triangular UAPs typically have isosceles shapes partly because that shape reduces the sticking coefficient (if traveling point forward) of impacting species in some velocity range AND it might provide a possible modicum of drag reduction within the earth's (or UAP's home planet's) atmosphere while operating at low power. This would be true even if the UAP has a repulsive surrounding field of finite thickness. Recall that many UAPs are crescent (Kenneth Arnold’s) or boomerang shaped. Those shapes could provide some aerodynamic advantage however this author believes that the major controllers of UAP flight on Earth are force fields (such as may repel the surrounding air or ground) and NOT aerodynamic forces. On the other hand, a home planet with a thicker atmosphere would have much bigger aerodynamic effects on the UAPs than we observe on Earth. We have to be careful NOT to be so Earth-centric in our thinking. Humanoids observed many times in 1954 France were mostly 3-4 feet tall which makes sense for a bigger planet with larger gravity (as others have suggested) and with a likely thicker atmosphere wherein their UAP actually aerodynamically fly in addition or instead of only force-field flying (more in a future explanation).

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   D-7) Is Angel Hair Seasonal? The author believes it substantially is because it is forced by seasonal climate to be so. The most striking data is from New Zealand wherein the majority 8 of 11 cases were in the Fall months of March/April/May (Recall that is the Southern Hemisphere's Fall Season). These New Zealand months are characterized by cool weather with modest humidity as is Fall Season at any mid latitude. Note that in the Northern Hemisphere the Fall months are 6 months earlier (or later)-i.e. Sept/Oct/Nov and have similar weather and have also hosted many of the most well-known Angel Hair Cases including some cited above. Also note that October is centered in the Northern Hemisphere Fall Season. The cooler weather may assure sufficiently high viscosity of the agglomerated hydrocarbons to render it spinnable and to prevent it from being prematurely evaporated. It may also nicely limit water vapor absorption yet also limit evaporation of water.

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    D-8) Is Angel Hair intentionally dumped for any reason? The author believes that Angel Hair formation (as opposed to shedding of pre-hair agglomerate) is almost always an unintended but harmless event for the UAP. However the clearing of Angel Hair agglomerate film from a UAP's hull preferably in pre-hair agglomerate coating form is probably highly desirable for the UAP. UAPs can likely sense the pre-Angel Hair agglomerate coating load via electrical impedance and current leakage measurements between the UAP and the atmosphere. It makes sense that UAPs will take the opportunity to shed the agglomerating hydrocarbon film BEFORE electrospinning begins-at least sometimes. The author believes that this “precleaning” would be accompanied by several anticipated witness-observable behaviors. A list of these possible precleaning behaviors is give here:

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UAP Skipping/Nodding motions-  Kenneth Arnold's several UAPs all did this seemingly “foolish and pointless act” sequentially as if to also dump any residue received from their wingmen in front of them. Arnold's  "skipping saucer" description turns out to be a major and technically descriptive clue after all. 

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UAP Zig-Zag motions-   Flowable agglomerate would certainly be dumped at the sharp turns-repeatedly, as it deposits or prepares for emission. This may or may not be the sole reason for Zig-Zagging. Fibrous debris could also be shed aerodynamically as by a quite doable momentary reduction of any force-shield or pulsing of the UAP's electric field if any is present at that time. UAP crews, as others have suggested, may purposely tolerate some moderate and useful amount of acceleration well below that which would be injurious.

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UAP 180 or 90 deg turns (Same as above)

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UAP apparent explosions-  Very frequently visually and acoustically observed-these could comprise a high-power pulse (and visible flash) to electrostatically and/or diamagnetically blow off the accumulated debris or to employ the levitating force-field to do so. Such seeming “explosions” would be accompanied by some acoustic signature and flash but would not likely damage the UAP. It is possible that the force field comprises, at least in part, diamagnetic levitation although how (or if) that works in interstellar space or at high atmospheric altitudes is to be explained (future explanation).

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UAPs entering into or out of water such as ocean, river, lake or reservoir water- This may sometimes be related to cleaning as well- but also to hiding and possibly long-term presence if not outright residence. Behaviors, even among we humans, can beneficially have multiple parallel benefits. Note that humidity is higher over water and this could aid immediate or later spinning or shedding as described above.

UAPs "parking in" or darting in and out of clouds-   Same as immediately above, a convenient and inexpensive carwash perhaps!  UAPs may also hide in clouds from humans or from air traffic.

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UAP rotation-   One benefit, almost certainly not the only one, would be throwing off debris including flowable and unflowable agglomerate, slag and compacted attached fibrous masses seen in some UAP photos. Emitted Angel Hair has been observed in one case of this rotation having just begun.

UAP Instant starts to high velocity-   These may ALSO provide cleaning as evidenced by smoke rings left behind comprising soot (SOA residue etc) and burned agglomerate film-also good to avoid danger or tracking

   It will be noted that much Angel Hair has been seen shedding from UAPs in a slow casual dropping way or by simply being dragged into the wake of a slow moving UAP. The critical point here is that there is no blocking UAP force-field barrier (at that time) completely blocking access to/from the UAP hull as is so often implied. Further, there are several photos of UAPs with Angel Hair stuck to the hull if not stuck and compacted into dense matted layers upon the UAP hull. Some of these are shown below.

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   D-9) Angel Hair Analysis-   The subject of isotopic ratios of particular elements found in Angel Hair as well as ratios of different element isotopes could probably prove, if true, the interstellar origin of the agglomerate. This would include compositional microanalysis of microdust nanoparticles therein. There have been tremendous advances in instrumentation such as for atmospheric hydrocarbon spectroscopy and compositional and crystalline nanoprobing.

   D-10) Ocean sourced agglomerate accumulation possibility-   The author thinks this unlikely but not impossible. However sea-based take-up of Boron into or onto an earlier deposited interstellar or atmospheric agglomerated film might be possible. By examining the isotopes of Chlorine, Sodium, Magnesium, Sulfur (Sulfate), Calcium, Potassium and Boron etc. and the ratios of those elements/compounds found in the Angel Hair it is thought that this could be ruled out (or in) versus the earlier interstellar and atmospheric sources cited. Boron concentrates in seawater all over the world albeit at low concentration.

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D-11) A relevant interesting historic observation-   Anyone familiar with UAP sightings will be aware of the Shag Harbor Nova Scotia, Canada incident wherein a UAP was seen to “land” on the Bay waters by several persons and then gradually submerge. Fishermen in trawlers quickly attempted to rescue the apparent crashed plane pilot but there was no pilot nor any plane found. What the trawler crews did see (along with other arriving witnesses on the water) was a thick yellow foam floating on the sea at the UAP site for about 20 minutes. This author was reminded of what happens when one agitates water plus oil-you get yellow foam. Many car customization enthusiasts are familiar with this hated yellow foam on the dipstick when a leak of oil occurs into the circulating engine cooling water. Coincidence? Maybe. We do likely have water plus hydrocarbons plus agitation in the Shag harbor case.

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   D-12) Interstellar vs Atmospheric sources of agglomerate-  This will be decided by researchers in the coming years provided they have the ability, the interest and freedom and they can procure a stable sample of hair. Certainly, one can go in a lab and form a greasy possibly radiation-crosslinked film and expose it to electric and (intense) magnetic fields in various concentrations of water vapor and various ambient ozonolysis (oxygen plasma) and ambient temperatures and cause DC or AC fiber spinning. An excellent estimate of likely initial agglomerated film composition (and actual growth of such) can be obtained by several of today’s astrochemists. The author notes that despite the poorly supported Condon Report Conclusion the late Prof. Condon did at-least admit that there may be new information or future evidence that arises that deserves to be investigated. Perhaps this is it-together with the evidence of many others before me.

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D-13) Does Ozone hole size variation affect Angel Hair events- This is actually the most complex question herein. Although the worst seasonal ozone hole is almost totally situated only over Antarctica it is also true that year-round Ozone concentrations declined above Arosa Switzerland between 1970 and 1994 from 335 to 307 Dobson units and is going back up now perhaps thankfully due to CFC and Bromine pollution controls. It could be argued that this decline slowed the viscosity-reduction of agglomerated coatings and reduced Angel Hair events presuming the UAP self-produced Ozone is a lesser actor. But does the UAP self-produced Ozone dominate? The natural upper atmosphere Ozone peak occurs between 15 and 30 km altitude in mid latitudes. In any event there was a proven ground level ozone shortage in the timeframe 1994-2010 approximately while there was also a minimum of hair falls. It may turn out that hydrocarbon p-bond breaking by ingressing hydrogen (from water) is more important than ozonolysis.

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   D-14) 3 photos of Angel Hair- Note that even what appear to be single strands are actually bundles of single fibers.