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Flat Earth General / Re: Questioning isn’t watching YouTube
« on: Today at 05:04:35 AM »
I'm sorry, this sounds to me like an Angry Rating to me.
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Great circle routes are less commonly used in the Southern Hemisphere primarily due to the challenges posed by weather conditions and ocean currents, which can make alternative routes more favorable for navigation. Additionally, the geography and distribution of landmasses in the Southern Hemisphere can limit the efficiency of great circle navigation compared to the Northern Hemisphere.Basically, this doesn't prove anything because there are different navigation challenges.

Missiles are typically not used against a single person due to their destructive nature and high collateral damage. However, precision-guided missiles, like the AGM-114 Hellfire, have been used in targeted strikes against specific individuals in military operations.They used Hellfire missiles against Islamic clerics. Funny.
QuoteWell the point they trying to justify was this earlier one.
"If Trump were smart, he'd just buy a bunch of cheap boats, put metal on the bottom, and just drive them along the strait until they either all blow up or get through."
To which I said basically, "Anti-mine drones are part of a multi-million dollar package, that is to say that is even though the overall is expensive, it includes a mix of air, sea drones, and underwater drones. Btw, the reason the navy finds mines troublesome is that a single one can blow a hole in a ship and it takes in water. The ship is well armored vs missiles, guns, or the like, but mines attack the base of the ship, where it is weakest. So even if a pack of drones is not that many like $15 million for nine or ten drones, if each one is able to take down 10 or 12, this cuts effective cost of each one."
Your core argument is fair: comparing “run boats over a mined area and let them clear mines” to “use dedicated mine-countermeasure (MCM) systems” is a comparison between repetitive, risk-heavy, less predictable clearing-by-loss versus purpose-built detection/classification + neutralization.
Where your reasoning likely needs a bit of tightening is this specific target they’re trying to dodge with the “missiles aren’t wasteful” logic:
Mines are troublesome because they can disable/loot the ship’s mobility and survivability with relatively small explosive effects; that’s exactly why navies invest in MCM. So the question isn’t “what’s the cost of a missile vs a person,” it’s expected clearance effectiveness + survivability + time + number of assets required.
“Drive cheap boats until they blow up or get through” can be “cheap per boat,” but the clearance cost can explode if you need many attempts because:
mines aren’t all spaced evenly,
you still have to ensure lanes are actually safe (not just “some” get through),
you can end up with losses plus delays plus a need for follow-on confirmation.
“Anti-mine drones are a multi-million-dollar package” is also correct in spirit: MCM capability usually involves systems working together (search/detection, classification, route planning, and neutralization), not just one unit. Their “logic” tends to ignore that integration cost and assume the cheaper concept scales linearly.
So yes: their “missiles/bombs” diversion is a non-sequitur unless they’re specifically arguing the boats are a better way to “neutralize mines” than MCM in terms of total missions/attrition and certainty of clearing a safe path.
(...)
If you share the exact claims they made (especially any numbers like “$X boats” and “Y mines cleared”), I can sanity-check the logic directly.
QuoteNo need, I know it's insane. They are trying to clear a path for convoys, but there is no limit to how many boats they would throw at these mines, even if it's only a single mine triggered per boat and the boat is destroyed.That’s the key. If the idea is “unlimited cheap boats until the minefield is exhausted,” then the argument becomes less about whether the missiles are “wasteful” and more about whether the attacker can afford (or tolerate) a potentially very large number of losses to achieve a reliably cleared lane.
And they’re not comparing like-with-like:
Minefields aren’t usually a single mine; they’re often dense, irregular, and require confirmed clearance, not just “we got through once.”
“One mine per boat” is also a best-case simplification—real clearance usually needs more than one effect to guarantee the route is safe for follow-on convoys.
Even if the boats are relatively cheap, the concept can still be expensive in practice because you pay in attrition, time, and need for overwatch/coordination, plus the attacker may still have to deal with defenders adapting (moving mines, engaging boats, changing patterns).
So yes: “just throw lots of boats” can sound like it beats cost per weapon, but it shifts cost into losses and uncertainty, which is exactly what mine countermeasures are meant to reduce.QuoteAnd this boat waste would continue as long as Iran closes Hormuz, which could run years or decadesExactly—that’s the real scaling problem with the “just throw boats at mines” logic.
If hostilities last a long time (years/decades), the defender’s ability to keep mining/maintaining pressure means the attacker would be paying ongoing attrition per incremental progress and would likely need repeated lane clearing and re-clearings, which tends to become unsustainable versus MCM approaches that aim to search/classify/neutralize so the lane stays usable without endlessly sacrificing vehicles.
Using unmanned boats to drive over the area may not be effective because underwater drones are specifically designed for mine detection and clearance, which is a more precise and safer method for dealing with naval mines. Driving unmanned boats over the area could risk triggering mines without effectively neutralizing them.
Driving unmanned boats over minefields poses significant risks. The boats could inadvertently trigger mines without effectively neutralizing them, leading to potential damage and loss of vessels. Underwater drones, on the other hand, are specifically engineered to handle such tasks, ensuring a safer and more effective approach to mine clearance.
In summary, underwater drones are the preferred choice for mine clearance due to their design, precision, and safety advantages over unmanned boats.
BRICK BY BRICK!
WALL BY WALL!
GONNA FREE KARMELLO ANTHONY!
RACIST COPS PLUS RACIST JUDGES, DONT EQUAL JUSTICE!
FREE KARMELLO ANTHONY!
As many of you probably already know Karmello Anthony was convicted of murder by an all white, all racist jury for the crime of self defense.
He still has his appeal, it's time to send a message that we dont support racism, it's time to get justice for Karmello Anthony.
Black self defense against white oppressors is not a crime.
modern day Japanese (Yamato) were invaders from probably Korea 1,000bc, displacing and marginalizing the Ainu and others.
Ok so Japan's immigration policy is a punishment then.

Jesus is a Schrodinger Messiah.odd metaphor to say that Jesus feels some pain because humanity sins
He is simultaneously burning in hell of excrement for our sins and sitting on a throne of glory.
Bulma claimsWell, OK, I can see your issue now.Quote1. Find out how the mines are triggered.You should really get in touch with navy, I'm sure they'd be interested in your plan.
2. Use that on a cheap propeller.
3 launch a bunch of them down the strait.
I did. They replied.
"While we appreciate your imagination and ingenuity, our contractors feel that cheap, disposable mine sweepers are not within contractual budget obligations. However, we encourage you to register for the Navy and join the thousands of sailors already working various jobs around the world."
Bulma pushing AI towards the singularity.
“They say it got smart, a new order of intelligence. Then it saw all people as a threat, not just the ones on the flat earth forum. Decided our fate in a microsecond: extermination.”
- Sergeant Kyle Reese, Tech-Com, serial number DN38416
(Nearly)
Maybe you should let the Japanese government decide what their immigration policy should be.However unlike Australians, Japanese arent white.LOL!! You forget who was there first, immigrant.
This is exactly my point Markjo.
The immigration policy into Japan doesn't have to be a punishment for the Japanese unlike it does for countries like Australia.
I wonder what immigration policy the Australian Aboriginals would have chosen if they had a choice.
Bulma gave a saner answer than you.
Pilots flying from San Francisco to Tokyo typically head north over the Pacific Ocean, passing south of the Aleutian Islands and crossing the northern Japanese island of Hokkaido before descending toward Tokyo.


So it would be unfair to deny Japan all the benefits of western style immigration.
The food, for example.
Tell you what when you build a toaster that senses bread, depresses itself, and heats itself and it isn't pricier than hiring a chef to cook your bread, lemme know how you didit.
The boat is pricier than a small than a small yacht because it
- Turns itself on
- Either is guided remotely or sets itself on a path.
- Avoids rocks, banks, and other boats
- Tries to run into an area with mines
- Has to be a deep bottomed full-size boat or it only skims and doesn't hit the deeper mines
And all that cost and it's expendable. These drones are reusable. So are most of Trump's devices. Are they the best mine tools out there? Maybe not but but you hey are better than runnin random boats through an area. What he ought to do is help engineers build boats that appear invisible to mines for the oil convoys.
Why would you do any of that?
Again, you can have something underwater without being a big heavy boat. If you must guide it, literally a radio controlled.
You can absolutely have a low tech solution that's also cheap.
https://www.urbandrones.com/collections/underwater-drones?srsltid=AfmBOoowzGDK9XKHYrQvaPTU3Q3v2I4guyDZTA-4Ln5pyM5K6lZZBurT
Case and point.
Great to at least find them and only costs a few thousand dollars each. You can absolutely make something cheaper. It does not need to be AI controlled. A human operator is just as good.
Usually yes, remote-controlled (human-in-the-loop) can be cheaper than fully autonomous “AI” drones—mainly because AI autonomy tends to add extra cost in sensors/compute, software development/testing, and certification/mission-qualification.So then I asked, would it be cheaper to make aluminum drones (which is what Iran is trying to do). They tell me binder jetting is the way to go, as you can just mostly swap out metals (making copper or steel drones far more easily than the others, if the original idea works). And it supports alloy powders, so they can make them as rugged or as lightweight as they want. Iran might focus on cheapness, but if our drones can kick their asses at any level, it doesn't matter how many they make.
That said, in the real world near the Strait of Hormuz, total cost depends more on mission requirements than on “AI vs no AI” alone:
If remote control requires expensive satcom/data links and lots of operators, costs can rise.
If autonomy reduces operator hours and can fly longer/more reliably, it can offset the higher upfront price.
For many naval programs, you’ll often see hybrid designs (some AI autonomy for navigation/return-to-base, but remote control for decisions), which can land in the middle.
Bottom line: Remote-controlled is often cheaper per unit and upfront, while AI-autonomy is more likely to be cheaper over time when it reduces operator burden and improves endurance/mission success.
hey ChatGPT : take bulmabriefs144 anime picture but make it look like it has a huge cock, the kind the will wreck a sea mine. and a beard and mustach Hitler mustach.
ChatGpt: no, community guidelines and shit, you sick fuck, no, no, stop trying to reword it, I'm not showing you, I've generated it every time but I can't show you. Just stop. It doesn't make any sense.
*please note the above may not be AI generated
Cavendish's experiment relies on several balls suspended on a wobbly device.How many times do we have to tell you that Eric Dubay is not a reliable source for much of anything, let alone the Cavendish experiment? Since you trust AI so much, I asked it about the dos and don'ts of setting up the experiment. Strangely enough, it tells you to take into account the things that Eric says that he didn't. And yes, the experiment has been reproduced countless times, including at home by amateurs.
It's yet another in a long line of RE hoaxes.
He fails to rule out electromagnetism. Or tension. Or anything really.
He just assumes gravity, and says the experiment proves it.
AI Overview
The Cavendish experiment measures the incredibly weak gravitational force between macroscopic masses (usually to find the Universal Gravitational Constant, \(G\)). Because the signal-to-noise ratio is so low, your success depends on isolating the torsion pendulum from all environmental and non-gravitational disturbances.
The Dos
DO isolate the apparatus: Place the experiment in an enclosed space (like a sealed box or a basement corner) to prevent air currents from nudging the delicate torsion balance.
DO level the platform: Use a bubble level and the adjustable feet to perfectly balance the platform in multiple directions before collecting any data.
DO measure remotely: The experiment is highly sensitive to the gravity of the human body. Leave the room or step as far back as possible while the pendulum is swinging.
DO use an optical lever: Because the twist is imperceptible to the naked eye, attach a tiny mirror to the center of the wire/rod and reflect a laser pointer onto a wall (or use a photodiode) to amplify and measure the angle.
DO take multiple readings: Switch the large masses back and forth across equilibrium positions and record the oscillations to average out statistical errors and dampening effects.
The Don'ts
DON'T touch the torsion wire: The fiber (often tungsten or a fine metal ribbon) is extremely delicate and can be permanently stretched, kinked, or broken if handled improperly.
DON'T cause sudden movements: When moving the large masses into positions close to the small masses, do so slowly and gently. Bumping the enclosure can cause severe vibrations that take up to 20 minutes to dampen out.
DON'T ignore electrostatic buildup: The masses can build up a static charge, causing electrical attraction that masks or outweighs the gravitational force. Always ground the balance assembly using wire mesh or a specific grounding screw.
DON'T use ferromagnetic materials: Ensure none of your masses or structural components contain iron, nickel, or cobalt, as magnetic fields will cause false attractions.
DON'T forget to factor in the beam: When doing the math to calculate \(G\), don't treat the torsion rod as massless. Account for its rotational inertia and the gravitational pull it experiences, not just the balls at the end.
No, you should not trust AI without questioning it for yourself. AI can provide incorrect or biased information, so it's important to verify its answers against reliable sources.
Not necessarily. “AI says it’s reliable” is not the same as “it’s demonstrably reliable,” because the AI can be wrong, cherry-pick, or misinterpret evidence—and it may lack full context.
A good way to decide whether to trust it:
Check the original source directly (or at least confirm the claim is consistent across multiple independent sources).
Look for primary evidence (data, original documents, peer-reviewed work) rather than summaries alone.
Compare with what other credible references say (especially experts/authoritative institutions).
Watch for signs of low quality: vague citations, overly confident language, missing context, or claims that sound unusually absolute.
Yes—using your own logic to set expectations, then using AI only as a check or helper, usually yields better results.
A practical workflow:
Decide what you believe or what would make sense based on your own reasoning (your “hypothesis”).
Ask AI for evidence, definitions, assumptions, and counterarguments—not just an answer.
Compare AI’s claims to your hypothesis and look for mismatches.
Verify the key pieces with primary/reputable sources when it matters.
Update your decision only when the evidence clearly outweighs your initial reasoning.
Yes. Iran can cheaply mine a body of water and the powerful US can't afford to clear them. They win.
If Trump were smart, he'd just buy a bunch of cheap boats, put metal on the bottom, and just drive them along the strait until they either all blow up or get through.
Mine sweeping is easy if you don't care about the thing you use to trigger it.


Iran's simplest contact sea mines can cost as little as $1,500 each.
Iran has begun deploying naval mines in the Strait of Hormuz—weapons whose basic design predates the Model T—and the United States Navy literally cannot clear them. Not because of technological impossibility, but because someone in the Pentagon’s procurement chain decided, in September 2025, to decommission the last four dedicated minesweepers in the Persian Gulf and replace them with $500 million-per-copy ships that the fleet’s own sailors have christened “Little Crappy Ships.”
In September 2025, the USS Devastator, USS Dextrous, USS Gladiator, and USS Sentry—all Avenger-class mine countermeasures ships stationed at Naval Support Activity Bahrain—were formally decommissioned. These wooden-hulled ships (yes, wooden—because wood doesn’t trigger magnetic mines, a fact apparently too pedestrian for modern procurement officers) had spent the entire post-Cold War era keeping the Persian Gulf’s shipping lanes clear.Fucking bureaucrats. So yeah, now
Ballpark: likely less than an Avenger ship’s ~$274M per ship, but not necessarily dramatically less if you’re talking about a complete mine-countermeasures package (because those include multiple unmanned platforms + sensors + mission control).
For a single unmanned minehunting/neutralization vehicle (one UUV/USV) in open sources, costs aren’t consistently disclosed, so the best I can do is this qualitative comparison:
Single drone/robot vehicle: generally far below $274M
Full deployed mine-countermeasures capability for a campaign: can run into tens of millions per package, which is still well below a ship, but not “cheap-commodity” either
>Because they are white supremacists and must be eradicated!
Not so fast, Juro.
They are Japanese.
Not white.
Theres no collective punishment required.
Why does Japan need to have immigration policies like the west which will eventually and invariably result in the death of the Japanese as a race and the death of Japanese culture?
Can any of our super pro-immigration and anti-capitalist posters give a reason which isn't purely based on international markets?
How about the food?
Japan is facing a massive population decline which if not fixed, would lead to the death of their people. Having recently traveled to Europe and seeing the diversity of the people living there, it's not the race or place of origin that made the culture because while I was pleasantly surprised by how often I saw or talked to people who weren't European by ethnicity, they still acclimated to their country's culture and language just fine.
Enough talk! More princesses in fishnets!
It’s all going to end that way whatever anyone says. Might as well get on with it.
Disappointing lack of anime so far though.


A “dome” isn’t uniquely defined by just those angles.Goddamn RE geometry programming. This is basic geometry, and they fucked it up.
90° to the top: From a horizon plane up to the zenith is indeed 90° (a polar angle measured from “level” to “straight up”).
360° around: Yes, rotation fully around is 360°.
180° from north to south: That’s true only if you mean the semicircle in azimuth on a sphere (N → S) along a great circle: the horizontal half-way across is 180°. But a dome is usually defined by the surface seen from below, which spans many possible azimuth arcs (not automatically “north to south” unless you choose that particular slice).
Or, 90° to 90°.
If you mean the dome surface instead of the flat base, then the relevant “north to south” on the sphere is measured in the same way: it’s still half a great-circle, i.e. 180° in central angle, for a full half from one pole to the other (again assuming a true hemisphere).
Yimach Shemo V'Zichro, meaning "may his name and memory be obliterated."So what?
It's funny how Bulma is all "Iran is so weak and we can blow up all their mines with frequency attacks but we still need them to actually get rid of them for some reason."
And like all trumpets, he doesn't even understand what strength actually is. He thinks strength through violence is the only strength. HA!
Iran blocked the strait with mines from speedboats and this was so powerful that Trump with his superior military...
A) couldn't stop it.
B) Couldn't undo it.
C) couldn't keep tankers safe if they tried to go through.
How is that stronger military going? Cleared those mines yet?
Inertia is what keeps the acceleration constant regardless of mass.It seems you are missing the crux.
Einstein's Gravity
If the freefall earth can accelerate @ 9.8 /s/s then all other freefall objects must also accelerate (depending upon their masses or energies - bending of spacetime) in the invisible fourth dimension. No idea how movements happen in time because time is not force.
Newton's Gravity
Both the heavier and lighter masses fall on earth due to the “g” of earth.
The earth also falls on heavier mass due to the “g1” of heavier mass.
The earth also falls on lighter mass due to the “g2” of lighter mass.
Since g1>g2 therefore, earth would accelerate more towards heavier mass than lighter mass if fall from the same height but one by one.
So, the striking time of the earth and heavier mass would be less as compared to the striking time of the earth and lighter mass.
Newton and Einstein are full of shit.In regard to Newton's gravity, the moon never pulls the Earth, it supposedly pulls the lighter water. So yes, the proposed gravity model is that a paperclip never moves a boulder, the boulder supposedly moves the paperclip. But again, all of this is explained above. Heavier objects diffuse through a lighter layer.
Objects fall not according to a pull toward other objects but because of a surface tension matrix known as the force of buoyancy.
This is why attempts to construct the universe through this system always run into unresolvable problems that are rule-patched by creating more complications.
If you want to imagine buoyancy, think of a tiger pit, where the ground is bamboo spikes below, and a layer of soil and leaves above. A rat can cross the trap without incident, but a tiger putting all fours on the trap breaks the surface. Einstein theorized that if a man wiping windows fell from a patent office, in terms of his hat, wiper, and himself, all would appear to hang together in midair. He was right, but not because of gravity or relativity. Back to the rat and the tiger. If the rat is nearby the pit when it breaks, it now also falls. In the same way, a feather tends to fall at the same rate as a nearby falling anvil. The anvil displaces the air around it, and air rushes in to fill the gap, catching the feather in thin air suction. This is called wake, it's essentially an object creating a "splash" in the air.
We can prove gravity is false by observing that water in the same elevation (say, a fish tank) always moves from more dense to less dense. Just as a more dense rock falls through the less dense air, bouncing or rolling as it hits solid ground, in our fish tank model, if I construct a removable glass separator and fill one side with water, then I lift the separator, the water rushes toward the other side until it levels. At no observable point is there a force that draws objects to objects of more mass. Rather the bird that stops flapping its wings falls through air of less mass than itself.

In 1797, Henry Cavendish, the British scientist, Freemason, and wealthy grandson of the Duke of Devonshire, created an experiment which he claimed successfully proved the existence of gravity, measured its constant, and provided accurate figures for the exact masses of the Earth, Sun, Moon, and Planets. How did Cavendish achieve this quantum leap for heliocentric pseudo-science? He fixed two large lead balls on opposite ends of a torsion balance and hung them from the roof of his shed. By watching and recording slight motions of the contraption via telescope through his shed window so his mass would not affect the reading, Cavendish claimed to have proven gravity. Two small lead balls were hung near the large ones and any motion observed towards one another was touted as being the influence of gravity.
Now, the Cavendish experiment has been widely criticized by the scientific community because never in over two centuries since its creation has anyone been able to replicate it! Firstly, the balls simply do not always attract one another, as they must for the so-called gravitational constant to be constant at all. Sometimes the torsion balance turns towards the balls and sometimes away as it is impossible not to give some slight tremulous motion when interacting with it. Henry even complained in his notes how often as he was performing the measurement the contraption was still in oscillation. Secondly, since his calculated force of gravity was 10^39 weaker than the force of electro-magnetism, from which all material objects are composed, there is no control for the experiment which can factor out and positively differentiate the alleged gravitational force, from the known stronger electro-magnetic force. In other words, the balls could simply be attracting each other through static electricity, a known force existing in all things, billions of times stronger than gravity, and impossible to control for the experiment. Even though no one could replicate Cavendish’s findings, the experiment went down in history as a great success, and is still taught as veritable proof of universal gravitation in science textbooks today.