🚀 NASA Got a Spider High… and It Forgot How to Spider 🕸️
Yes, this actually happened.
NASA. Big brains. Fancy degrees. Space missions. Satellites.
And… stoned spiders?
Turns out, when you give a spider a little THC, it doesn’t start vibing to Bob Marley or bingeing Scooby-Doo like the rest of us—it just forgets how to be a spider entirely. And it’s hilarious.
🧪 The Experiment: Science Meets Silliness
Let’s spin you a web of truth here: Back in the 1990s, NASA decided to study how various substances affect a spider’s ability to build webs. Why? We have no idea. Maybe one scientist was high and said, “What if we gave the spider weed, man?” And the rest were like, “Put it in the budget!”
So, in the name of scientific curiosity (and probably boredom), NASA gave spiders:
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Caffeine ☕️
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Benzedrine (an amphetamine) ⚡
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Chloral hydrate (a sedative) 😴
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Mescaline (the peyote drug) 🌵
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And of course… THC 🍃
Then they sat back and watched the spiders try to do their thing.
🕸️ The Weed Web: AKA “This Is Too Hard, Bro”
Now, normally spiders are nature’s architects—little creepy geniuses weaving perfect symmetrical webs like they’ve got a degree from MIT.
But when these skittery buddies were high on THC?
Oh no.
Oh nonononono.
They just… stopped trying.
Imagine this:
Spider wakes up.
Spider remembers it was gonna build a web.
Spider forgets what a web is.
Spider eats a Dorito.
Spider naps.
The actual THC webs were barely webs at all.
They looked like something a drunk toddler made out of cooked spaghetti and shame.
The web patterns were messy, random, and full of holes—kind of like your buddy Reed’s resume.
🕷️ Spiders on Other Drugs (for Science, Obviously)
Just for comparison:
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Caffeine spiders were overly ambitious and worked super fast… but made garbage webs.
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Benzedrine spiders were frantic but sloppy—think Red Bull in spider form.
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Sedated spiders didn’t care at all. They just chilled.
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Mescaline spiders made webs that looked like a Pink Floyd laser show at Burning Man.
But THC?
THC hit different.
Those spiders just gave up on the entire concept of geometry.
😂 Why This Is the Best Thing NASA Ever Did (Besides the Moon)
Let’s be honest—this might be the most relatable science experiment of all time.
You’re telling me the smartest people in the galaxy spent money to get spiders high… and then sat around going:
“Look at that one. It forgot the middle.”
“Dude, that one just made a hammock.”
“Wait… is that a dreamcatcher?”
Iconic.
Forget the Mars Rover. Give us a stoner spider sitcom.
🍃 High-deas and Low Hangs
There’s a deeper lesson here, too (besides “don’t get your arachnid blitzed”):
🕷️ Weed doesn’t make you lazy—it just turns you into a philosophical spider who wonders why webs exist at all.
🕷️ Even the tiniest creatures can’t function properly when high as balls.
🕷️ And maybe, just maybe, spiders are more like us than we think:
Sometimes they just want a snack, a nap, and a break from the pressure of being productive.
🧠 SEO Bonus Time: Why You Need to Know About High Spiders
If you’re looking up funny weed facts, NASA weed stories, or just curious if THC affects animals, this one’s a golden nug.
And if you’re stoned right now?
Even better. You’re learning, laughing, and bonding with a spider who once had a panic attack in zero gravity.
So next time you’re too high to finish your project or fold the laundry, just say:
“I’m not lazy—I’m in a NASA-level experiment.”
And hey, if you ever do see a spider spinning a perfect web while listening to reggae, be suspicious. That dude might be holding.
Want more stories like this?
Drop a comment, light up a joint, and let’s web up the weirdest corners of cannabis culture—HH style. 🧡🍁
FAQs
What did the spider experiment reveal about THC effects?
The experiment showed that THC severely disrupted spiders' ability to build proper webs, resulting in messy, incomplete, and irregular patterns full of holes. Unlike other drugs that made webs frantic or sloppy but still somewhat structured, THC caused the spiders to basically give up on organized construction. It highlighted how THC impairs fine motor skills and coordination more profoundly than stimulants or sedatives in some cases. Folks find it funny because the webs looked totally abandoned mid-project.
Why does THC disrupt motor coordination so noticeably?
THC messes with brain regions like the cerebellum and basal ganglia that handle movement, balance, and precise actions. It binds to cannabinoid receptors there, slowing signals and throwing off timing for coordinated tasks. In both spiders and humans, this leads to clumsier, less accurate motor control without the hyper energy from things like caffeine. Studies show it can impair fine skills even lingering a bit after the high fades.
Are animal studies relevant to human cannabis effects?
Animal studies offer useful insights into basic mechanisms, like how THC affects receptors or coordination, which often translate to humans. They're key for early safety checks and understanding biology before human trials. That said, differences in metabolism and brain setup mean not everything carries over perfectly. Researchers use them alongside human data for a fuller picture.
What myths about cannabis science persist today?
One big myth is that cannabis kills brain cells outright—evidence shows it might tweak memory temporarily but doesn't destroy neurons. Another is that it's always addictive or turns everyone lazy; dependency happens for some, but effects vary widely by person and strain. Folks still think higher THC is always better or that it's a total cure-all, ignoring limited proof for many claims. Science keeps debunking the old "gateway drug" scare too.
How has cannabis research evolved since early experiments?
Back in the 1990s, studies were limited and quirky, like the spider webs, with barriers from legal status slowing things down. Discovery of the endocannabinoid system kicked off more serious work on receptors and medical uses. Now, with legalization in many places, we've got bigger human trials, genetic studies, and focus on specifics like CBD for epilepsy. Research is way more funded, precise, and clinical these days.
What ethical limits exist in cannabis testing now?
Animal testing follows strict rules like the Animal Welfare Act, requiring justification, minimal suffering, and alternatives where possible. Human studies need full informed consent, especially watching for impairment affecting decisions. Regulators push reducing animal use overall, favoring lab models or volunteers. Ethics boards scrub protocols to balance benefits against risks.
