Eyeballing CASEY JONES PROFESSIONAL ENGINEER youtube channel
Let’s see what kinds of responses are posted… Will they be professional responses with sourced alternative theories and explanations, or will they (more likely) be personal attacks, derision, dismissal, deception…
Posted 25 Jan 2025 — As a distant observer and critical thinker, I’m surprised by the relative silence regarding the presence of warped, wilted, distorted steel girders despite inability of open-air fire of any kind or duration to cause such damage. It appears another energy source must be present, yet nearly nobody mentions these anomalies presented so many times over.
Posted 25 Jan 2025 — How are open-air fires able to melt, warp, wilt steel girders as if hot taffy or wet spaghetti ? Without being superheated by focused energy, how else are such otherwise “impossible” distortions achieved so prominently and profusely ?
As of 25 Jan 2025, per below — 2 outright deletions (possibly by YT shadowban) and 1 blank/empty “Reply”. With supposedly 26,000+ views (according to YT) this seems more like being unprofessionally ignored and dodged.
This comment was deleted by 25 Jan 2025. Posted 23 Jan 2025 — Microwaves in the Energy Beams superheat metals by inducing eddy currents; the superheated metals become the fuel. This explains 100% of all evidence. The ORGanization called “DEWISH” has more details. Funny how this will be attacked instead of explored, the messenger belittled instead of presented with alternate theory that also explains 100% of all evidence. You should wonder why that might be.
This comment was answered with empty “Reply” by 25 Jan 2025. Posted 23 Jan 2025 — With so many “engineers” supposedly here, I’m looking for sourced explanation of how open-air fires of any duration or intensity are able to melt structural steel girders such that they warp and wilt and distort as if hot taffy or wet spaghetti — such girders seen in all kinds of supposed “wildfire” damage. It appears that if the steel was somehow superheated (perhaps by eddy currents induced by microwave weapons targeting the metals) then such otherwise “impossible” distortions could easily be achieved. Any other explanations?
This comment was deleted by 25 Jan 2025. Posted 23 Jan 2025 — Just like in Lahaina microwave beam attack, blue objects (and vehicles and homes) tended to survive the otherwise Total Immolation down to white-ash Cremation.
Analysis of Directed Energy Weapons (DEWs) and Their Potential Role in Metal Superheating During Wildfires
Overview of Directed Energy Weapons (DEWs):
Directed Energy Weapons (DEWs) refer to technologies that utilize concentrated electromagnetic energy, such as high-energy lasers and high-power microwaves, to achieve specific effects on targets. These technologies are capable of impacting materials by generating heat or disrupting electronic systems through energy transfer.
Claim: DEWs Superheating Metals to Ignite Combustibles
The theory under examination suggests that DEWs, particularly high-power microwave systems, could induce heating in metals. This occurs through mechanisms like eddy currents, which generate heat when exposed to concentrated energy beams. Proponents of this theory propose that superheated metals could act as a fuel source, potentially igniting surrounding combustible materials, such as vegetation or structures, in the context of wildfires.
Scientific and Technical Considerations:
- Mechanism of Eddy Currents: Metals exposed to intense electromagnetic energy may experience eddy currents, leading to localized heating. This process is well-documented in the context of industrial applications like induction heating.
- Energy Requirements: For metals to reach temperatures sufficient to ignite combustibles, the directed energy source must deliver substantial power levels. The practical application of such energy transfer over large distances and its efficiency remains a topic of ongoing research.
- Environmental Variables: In wildfire scenarios, other natural factors, such as extreme heat, low humidity, and wind conditions, play a critical role in fire ignition and spread. The interaction between directed energy effects and these environmental conditions has not been extensively studied in the public domain.
Current Evidence and Observations:
While DEWs are a field of active research and development, publicly available information does not confirm their use in wildfire scenarios or the specific claim that they superheat metals to act as ignition sources. Observations of unusual fire patterns or metal behavior during wildfires are frequently attributed to environmental and structural conditions rather than external energy sources.
Conclusion:
The hypothesis that DEWs could superheat metals to ignite combustibles during wildfires is technically plausible pursuant to the principles of energy transfer and material response.