This video, this random video that I found completely by chance all those years ago while trying to look up terrarium build suggestions has given me years and years of joy, education and entertainment. I am so thankful for this video and for all you have done for all of us, Cody. Thank you for being amazing.
I'm taking Hydrogeology as we speak and you covered almost everything we have learned up to this point. This video was really helpful and it's awesome to be able to see the stuff I have been learning in class first hand like this. Thanks Cody!
+Cody'sLab thank you for this upload it was perfect timing for me because In class we are learning about aquifers and I was able to show my teacher and class the greatest man on TH-cam talking about something relative to what we're learning. I got some extra credit! Thanks Cody keep those amazing videos going!
I've been working for a commercial well drilling service (drilling wells for water systems and plants) for 2 years and Cody has explained wells and aquifers better in under 12 minutes than any driller or pump installer has since I've been there. Appreciate it the videos man, keep up the good work!
Great video... may I make one tiny criticism? Having the exit of the tube into a collecting jar below the level of the source of the water produces a siphon effect which increases the flow rate above that which you'd otherwise get. If you had done the same thing with the higher level water source, having evacuated the air from the tube, that too would drain purely from the siphon effect. So your explanation is fine, but the demo is a bit wonky.
i understand that some siphoning is occurring that's probably for sure, but how noticeable is the effect when we are talking about water in an aquifer? wouldn't the resistance from the sand kind of stump the effect a good amount? maybe even cause it to break at some point? especially since the further away it gets from the hole the harder it is to keep the siphon going. again am assuming there is some siphoning going on but am just asking if a siphon is actually an effective method to pump in this situation, this being a small scale probably yes, but what about a real confined aquifer? plus i think the pressure in the modelled confined aquifer was enough to demonstrate it can climb to well above the height of the ground (despite the small scale), which is just like real life. but again again the draining into the jar probably had some siphon action going. i guess what am asking is how strong is the siphon action and where are it's limits? is the sand not fine enough to disrupt the siphon?
My family lives in an area in the Nebraska Sandhills where for about about 5 square miles it is perfect for having an Artesian well or flow and well as we call it. We have have over 10 i believe on the property, the oldest dating back to 1892 and none of them have ever stopped flowing throughout their lifetime. One of them is powerful enough that when it was dug in the 40's they had put an extra 20 feet of pipe on the drill stem to cap it off before cutting it and even then the water flowed out. There is also a 4 inch well in our lake that fills it up too.
Sigibrand there was one near a creek where I live and that creek had crystal clear water, then the city capped it and that creek has become the dirtiest waterway in the state
What is DnD if not Dungeons and Dragons? O_o I guess I have seen "DnD" somewhere else as well before but automatically thought it means Dungeons and Dragons, just written a bit weirdly and faster than with the & in there...
I'm taking a Geology class right now and this is a nice explanation of Aquifers. I especially liked the example of how a cone of depression works. Thanks Cody!
Hey Cody! I was wondering if you might be interested in making a t-shirt from 100% steel. I've been looking around a bit and so far I couldn't even find anything about making yarn from fine steel wool. I think it would make for a nice little series of videos to make yarn from steel wool, use that yarn to make a fabric and sewing threads, and finally bring it all together to make a shirt.
swiss Hey that sounds pretty cool! I wonder how soft you could make it. I'd be fascinating to wear one that feels like a normal shirt but is much heavier
Jon, When ever i hear someone say "piss off mate" I imagine a 20 year old english kid with fucked up teeth wearing a sport jump suit and walking around asking strangers for cigarettes.
Nice model and good information always been interested in geology studyed it at school for two years. I live in the mountains of Spain and can see various aquifers actually working I watch the plants they tell you where the water is.
He would need a sample of low permeable fluid-bearing rock and a high pressure liquid that is able to tear the rock apart. I think using the vaccum chamber and a small water pump he could model hydraulic fracturing with water to release olive oil for example. Would be interesting to see.
Fracking's main purpose is oil, not gas. And considering that oil is less dense than water, fracking's function is simpler to understand than water wells. All you have to do is shoot water and sand into the source rock so the oil can come out and float out.
Aquifers are cool geological formations, can't wait to see this model! Edit: I really liked how this demonstration showed that the groundwater that he have isn't infinite, and that we have to be careful to not completely drain these areas if we want our environment to stay healthy
Oil is typically pressurized by natural gas; artesian water wells from confined aquifers are typically pressurized by hydraulic pressure communicated from higher elevations.
denizen68 also pressurised due to the layer of water beneath many oil deposits and the layer of gas above.When oil comes up under its own pressure it is primary extraction and the well itself is a Gusher.
Oil is pumped out of the ground via pump jacks that have a pump attached at the bottom and the pump jack rotates which causes the pump to pull the oil to the surface through the tubing. The pump jack is basically like a tire pump.
Been watching practical engineering eh? Still boring the crap out of my friends about stabilised earth. Nice vid. Very good opportunity to borintrest some more friends.
Great video Cody, but I have really enjoyed seeing Kanyon in the last few videos. I feel like she adds a second opinion and you guys are fun to watch together. I'd definitely watch another video about you cooking and letter her try it.
I think you clearly showed the effect of the pressure. but once you put the tube in the jar, you put the hose down below the aquafer level, causing siphon effects. Just something to watch out for.
Dyanpanda if I'm not missing something, he siphoned it out to demonstrate the effect of emptying the aquifer. Best demonstration and explanation I've ever seen.
You bet it is. The globalists don't want you know know where they're keeping the moon hologram projectors and smurfs but I'm telling you they have them.
You made a sand boil!! A lot of aquifers are in sand layers, there aquifers that are in fractured Bedrock or gravel that don't compress when the water is removed. Great video on still mechanics and aquifers.
Thanks Cody this is super interesting. I like that you give an example of when this was done in the real world and what effect it had. I would be interested to learn about other large scale man made geological issues we could cause, or have caused in the past. Thanks again.
Hi Cody, unfortunately you put the the end of the tube at the same level as the bottom of the aquarium. This way the water will drain itself since the the flowing water in the tube creates a lower pressure. Just like you can siphon your cars gas tank with a tube and sucking on it if on end is lower than the gasoline level . You should have put a vertical tube in the sand and show the Confined Aquifer Model by the water rising in it.
isiTsotsi An artesian well results from a path leading to the surface that is either equal or lower than the water table level which causes it to flow without any work, his model is a good demonstration of this.
The well is pressured regardless. You are putting water under pressure. He adds enough weight to get it out. Sure, putting the collection at the same level of the ground allowed for the water to stick and continue to flow faster for longer. But this still properly shows the concept miniaturized. Think of the amount of pressure real aquifers (and other gas/liquid chambers trapped underground) are under, and how large of an area they can encompass.
interconnected vessels are indeed making the draining faster isnt it, thought about that too, the pressure from the "soil" just had to push the waterlevel above the highest point in the pipe, after that water should drain itself regardless
Do you think when you do stuff like this in your videos, you could maybe explain a little bit about what it is? Because I'm being honest, I have absolutely no idea what an aquifer is 😅
Just watch it again. Sometimes learning something new isn't a one go kinda thing. Or read Wikipedia. Or watch more videos on the topic. I think he did a good job though.
An aquifer is groundwater stored in sediment beneath the earth. Many places get their water by digging into the aquifer, collecting the water, cleaning it, and pumping it into water towers. Water towers are connected to the water your get through your faucet. The weight of the water in the towers, which are higher up than your sink, push the water into your house when you "turn on" (open a valve in) your faucet. The video is demonstrating that confined aquifers have a hard time replenishing water due to the weight of the land above them pressurizing the sand and preventing it from re-absorbing water, meaning if there was a drought and people were taking from confined aquifers as a source of water, it may eventually run out.
No matter what you upload, I always learn something from your videos, Cody. I'm glad I subscribed to your channel (I don't know...maybe two years now?). Good job and keep them coming.
Cody! You're a life saver; Hydrogeology finally makes sense. I would love to see more geology videos. Maybe try some perched aquifers, that would be interesting to model.
You're awesome Cody. I have learned so much from you. I am an amateur gemologist and would love to see some videos explaining the amazing forces and depths required for things like corundums to form. Thank you for sharing your knowledge.
This is super cool, thanks for posting! I think at least one of my kids will be intrigued by it as well. :) I knew that areas like coastal southern Virginia had the problem of compacting soil, but I had no idea California was having the same sort of issues (in retrospect, it makes sense the two would have similar concerns). Count me as a new subscriber!
You totally owe it to yourself to do whatever you need to do to work for SpaceX, or their like, I believe you would be an asset there. You will be wasted in a humdrum life otherwise in my opinion:) If I were a US citizen and 25 years younger I would be tempted to join you. Love your channel and experimental outlook on life!
This video, this random video that I found completely by chance all those years ago while trying to look up terrarium build suggestions has given me years and years of joy, education and entertainment. I am so thankful for this video and for all you have done for all of us, Cody. Thank you for being amazing.
I'm taking Hydrogeology as we speak and you covered almost everything we have learned up to this point. This video was really helpful and it's awesome to be able to see the stuff I have been learning in class first hand like this. Thanks Cody!
you explained this really well and having the diarama really excellently helped...thankyou so much for doing this 🖒🖒🖒
There's a calling for teaching, more than obvious! You are able to transform demonstrations into shared explorations and discoveries!
One of my favorite geologic topics! Here in the Ozarks there are a lot of awesome karst features that are fascinating to study.
Hello from another Ozark native.
You would love the Burren in Clare; Ireland, its our only karst landscape
Same here lol (ozarks)
Holy crap! What are the chances that 3 out of the 5 people that live in the Ozarks saw this video!
Haha..... I too live in the Ozarks.
+Cody'sLab thank you for this upload it was perfect timing for me because In class we are learning about aquifers and I was able to show my teacher and class the greatest man on TH-cam talking about something relative to what we're learning. I got some extra credit! Thanks Cody keep those amazing videos going!
That's actually a pretty interesting visualisation of an aquifer. I've had trouble picturing those in the past. Nicely done!
I've been working for a commercial well drilling service (drilling wells for water systems and plants) for 2 years and Cody has explained wells and aquifers better in under 12 minutes than any driller or pump installer has since I've been there. Appreciate it the videos man, keep up the good work!
In this video, Cody drinks sandy water to experience the cone of depression.
He's on antidepressants now.
This made me laugh so much harder than it should have. Well done! XD
Is that like the cone of shame dogs wear?
Not the cone of silence then? "laraby wants out"
funk you .
Andrew Davies damn it you beat me to it
That was a better explination of aquifers than i’ve ever had in school, good job cody
Great video... may I make one tiny criticism? Having the exit of the tube into a collecting jar below the level of the source of the water produces a siphon effect which increases the flow rate above that which you'd otherwise get. If you had done the same thing with the higher level water source, having evacuated the air from the tube, that too would drain purely from the siphon effect. So your explanation is fine, but the demo is a bit wonky.
should have had the peak of the tube just a hair over 1 atmosphere of pressure high.
Yah I was looking for this comment, he's siphoning his aquifer, it's not a spring anymore
that's obvious though its just for exaggeration on such a small model you want to see the water get moving
i understand that some siphoning is occurring that's probably for sure, but how noticeable is the effect when we are talking about water in an aquifer? wouldn't the resistance from the sand kind of stump the effect a good amount? maybe even cause it to break at some point? especially since the further away it gets from the hole the harder it is to keep the siphon going.
again am assuming there is some siphoning going on but am just asking if a siphon is actually an effective method to pump in this situation, this being a small scale probably yes, but what about a real confined aquifer? plus i think the pressure in the modelled confined aquifer was enough to demonstrate it can climb to well above the height of the ground (despite the small scale), which is just like real life. but again again the draining into the jar probably had some siphon action going.
i guess what am asking is how strong is the siphon action and where are it's limits? is the sand not fine enough to disrupt the siphon?
Cody you explained this perfectly i understood every single thing you were talking, which isn't the case with my professors.
My family lives in an area in the Nebraska Sandhills where for about about 5 square miles it is perfect for having an Artesian well or flow and well as we call it. We have have over 10 i believe on the property, the oldest dating back to 1892 and none of them have ever stopped flowing throughout their lifetime. One of them is powerful enough that when it was dug in the 40's they had put an extra 20 feet of pipe on the drill stem to cap it off before cutting it and even then the water flowed out. There is also a 4 inch well in our lake that fills it up too.
Sigibrand there was one near a creek where I live and that creek had crystal clear water, then the city capped it and that creek has become the dirtiest waterway in the state
That picture of ground-level in California is crazy! Thanks for the geology lesson!
Cone of Depression sounds like a really upsetting DnD spell.
or a sad helping of weed
Boss Balls :thinking:
What is DnD if not Dungeons and Dragons? O_o I guess I have seen "DnD" somewhere else as well before but automatically thought it means Dungeons and Dragons, just written a bit weirdly and faster than with the & in there...
Is your ass jealous of the amount of shit that just came out of your mouth?
Honestly, I think you did better than any geology teacher. Live demonstrations? Bah! We need pictures and words!
Hey man you can't say Aquatard, that's hydrophobic
Oh god, I'm dead
Someone give him a medal
I would like this comment but 69
Holy shit this is the best version
Congratulations, you won the internet today.
I'm taking a Geology class right now and this is a nice explanation of Aquifers. I especially liked the example of how a cone of depression works. Thanks Cody!
I think the official term nowadays is Waterly Handicapped
or moistly dysfunctional
Differently aquatically abled
I've learned more from this channel than high school and a year of college combined.
Cody you created an artesian well, a spring and a precambrian river all in a terrarium.
I've never had a teacher that explained something so well and entertaining. Good work Cody.
Hey Cody! I was wondering if you might be interested in making a t-shirt from 100% steel.
I've been looking around a bit and so far I couldn't even find anything about making yarn from fine steel wool. I think it would make for a nice little series of videos to make yarn from steel wool, use that yarn to make a fabric and sewing threads, and finally bring it all together to make a shirt.
swiss Hey that sounds pretty cool! I wonder how soft you could make it. I'd be fascinating to wear one that feels like a normal shirt but is much heavier
That would be extremely uncomfortable... Piss off mate.
It's all fine and dandy until some jerk touches a 9v battery to your shirt.
Hey Tim, that is what you would call built in heating elements. LOL
Jon, When ever i hear someone say "piss off mate" I imagine a 20 year old english kid with fucked up teeth wearing a sport jump suit and walking around asking strangers for cigarettes.
Nice model and good information always been interested in geology studyed it at school for two years. I live in the mountains of Spain and can see various aquifers actually working I watch the plants they tell you where the water is.
oh shit, anyone else hype for that next episode?
Yeah I liked the hype.. dove into the comments to see if anyone else mentioned it.
LASER HYPE!
We are going to get a demonstration that shows that light is also a wave :)
You, styropyro, and keystone science. That would be the best collab on TH-cam.
Awesome video keep up the good work love your videos
This video was amazing. Thank you for teaching me about aquifers and about chemistry. INSPIRATIONAL
Could you make a model of fracking in a similar way?
Robert Faucher Fracking involves the release of natural gas, no? I'm not sure how he could simulate that..
He would need a sample of low permeable fluid-bearing rock and a high pressure liquid that is able to tear the rock apart. I think using the vaccum chamber and a small water pump he could model hydraulic fracturing with water to release olive oil for example. Would be interesting to see.
Fracking's main purpose is oil, not gas. And considering that oil is less dense than water, fracking's function is simpler to understand than water wells. All you have to do is shoot water and sand into the source rock so the oil can come out and float out.
I do not want Cody to have a frackident.
@@a.j8307 he literally has methane(natural gas) generator running 24/7 :D
Aquifers are cool geological formations, can't wait to see this model!
Edit: I really liked how this demonstration showed that the groundwater that he have isn't infinite, and that we have to be careful to not completely drain these areas if we want our environment to stay healthy
no idea what an aquifer is but im still watching it because it's cody
Spongebong Weedpants an aquifer is a naturally occurring mass water storage. This is what allows wells and ponds to form and do their thing
thank you for informing me
I thought you said it was a naturally occurring mass water sponge.
Ganaram Inukshuk well, I mean, sorta
I know cause Dwarf Fortress. :D
Thank you for visualizing this, makes it much easier to understand aquifer pressure!
Refine more stuff please :)
Nice video Cody, and a good way of addressing a serious problem in much of the world.
Aren't you syphoning it out too since the jar is lower
The effect is negligible
Cody has a unique Eureka giggle he does whenever something works out right.
You're the only man crush I need, Cody.
how bromantic
Is Elon Musk not good enough for you?
eastern_BANDIT But does Elon Musk make TH-cam videos on aquifers?? I'll wait
Chuck Norris will smite you
shut up troll. go back to russia.
Every video is fantastic.
Is this how oil spills up from the ground when found? Please reply Cody thanks!
Oil is typically pressurized by natural gas; artesian water wells from confined aquifers are typically pressurized by hydraulic pressure communicated from higher elevations.
iroll , that's too intelligent for me buddy lol but thanks for the reply, I really appreciate it, again thank you!
Corrie Dunstan oil is usually pressurized to to the weight and confining pressure of the sedimentary rocks they are in so yes this is analogous
denizen68 also pressurised due to the layer of water beneath many oil deposits and the layer of gas above.When oil comes up under its own pressure it is primary extraction and the well itself is a Gusher.
Oil is pumped out of the ground via pump jacks that have a pump attached at the bottom and the pump jack rotates which causes the pump to pull the oil to the surface through the tubing. The pump jack is basically like a tire pump.
One of your most under-rated videos my man
Been watching practical engineering eh? Still boring the crap out of my friends about stabilised earth. Nice vid. Very good opportunity to borintrest some more friends.
Wut? This is just a standard need-to-know for every ground engineer or Hydrogeologist
Brings back memories of my geotechnics lecturers, but that was only in paper! Awesome to see it in reality!
"What we've caused is a cone of depression."
I'd be pretty depressed if some guy just took all my water away too.
Great video Cody! Best explanation on the internet so far
cody try to "pickle" an apple in honey
thank you cody im a well drillers helper and this explained alot
This guy makes gold bullets but look where he lives :)
His family have a big Ranch and on a Q&A video he said that they are 'land rich, cash poor'
Plus this is how you can afford to make gold bullets. By living cheap.
Great video Cody, but I have really enjoyed seeing Kanyon in the last few videos. I feel like she adds a second opinion and you guys are fun to watch together. I'd definitely watch another video about you cooking and letter her try it.
I think you clearly showed the effect of the pressure. but once you put the tube in the jar, you put the hose down below the aquafer level, causing siphon effects. Just something to watch out for.
Dyanpanda if I'm not missing something, he siphoned it out to demonstrate the effect of emptying the aquifer. Best demonstration and explanation I've ever seen.
I love these geology videos. There aren't too many of them on youtube.
aaaaaaa your siphoning when you put the jar next to the tank and the hose was lower than the the water level
aaaaaaaaaaaaaa
It's time to support Cody lets all make sure to patreon for him and middle finger youtube ads by installing ad blockers
You can't say aquatard on youtube, you will get demonetized.
sirgallium and then you'll be in a cone of depression
Guess we cant talk about phagocytes, then...
oh there guy, its 2017 you cant just use aquatard like it is nothing
Might be true, I didn't see any ads pop up for this video.
Pretty sure he got demonetized with the word aquifer. Cultural appropriation of mermaids or it's white privilege to live near a well or something.
This channel comes in handy for my earth science class, like how I did a project about Indium and my teacher didn't even know what that was
You can't fool me, that's not water... it's smurf urine!
You bet it is. The globalists don't want you know know where they're keeping the moon hologram projectors and smurfs but I'm telling you they have them.
Wario Number 1
Are you really turning a joke into a racial issue? Pull the stick out of your ass
But what if the stick came out blue?
Wario's part of the government agency sent out to deter us from investigating the existence of smurfs. Do not let him deter us brothers and sisters!
Smurine
You made a sand boil!! A lot of aquifers are in sand layers, there aquifers that are in fractured Bedrock or gravel that don't compress when the water is removed. Great video on still mechanics and aquifers.
VSauce, Michael here. Did you know that the brightest part of a shadow, is its center?
*Cue Jake Chudnow*
Thanks Cody this is super interesting. I like that you give an example of when this was done in the real world and what effect it had. I would be interested to learn about other large scale man made geological issues we could cause, or have caused in the past. Thanks again.
Hi Cody,
unfortunately you put the the end of the tube at the same level as the bottom of the aquarium. This way the water will drain itself since the the flowing water in the tube creates a lower pressure. Just like you can siphon your cars gas tank with a tube and sucking on it if on end is lower than the gasoline level .
You should have put a vertical tube in the sand and show the Confined Aquifer Model by the water rising in it.
isiTsotsi An artesian well results from a path leading to the surface that is either equal or lower than the water table level which causes it to flow without any work, his model is a good demonstration of this.
And in the beginning the level of the water rose by itself
The well is pressured regardless. You are putting water under pressure. He adds enough weight to get it out. Sure, putting the collection at the same level of the ground allowed for the water to stick and continue to flow faster for longer. But this still properly shows the concept miniaturized. Think of the amount of pressure real aquifers (and other gas/liquid chambers trapped underground) are under, and how large of an area they can encompass.
I am not disagreeing with you guys but i think you get my point.
interconnected vessels are indeed making the draining faster isnt it, thought about that too, the pressure from the "soil" just had to push the waterlevel above the highest point in the pipe, after that water should drain itself regardless
Thank you so much for passing on the knowledge of Aquifers - You have taken pain in preparing a model
Do you think when you do stuff like this in your videos, you could maybe explain a little bit about what it is? Because I'm being honest, I have absolutely no idea what an aquifer is 😅
that's literally what this video is, him explaining what all these things are and how they work
Just watch it again. Sometimes learning something new isn't a one go kinda thing. Or read Wikipedia. Or watch more videos on the topic. I think he did a good job though.
An aquifer is groundwater stored in sediment beneath the earth. Many places get their water by digging into the aquifer, collecting the water, cleaning it, and pumping it into water towers. Water towers are connected to the water your get through your faucet. The weight of the water in the towers, which are higher up than your sink, push the water into your house when you "turn on" (open a valve in) your faucet.
The video is demonstrating that confined aquifers have a hard time replenishing water due to the weight of the land above them pressurizing the sand and preventing it from re-absorbing water, meaning if there was a drought and people were taking from confined aquifers as a source of water, it may eventually run out.
when you dig a hole in the dry sand at a beach, the wet sand underneath is the aquifer.
I’ll simplify what everyone else said. Aquifer is a fancy word for a well
That teaser at the end is really cool. Can't wait to see, you know, what the heck it is.
How come nobody at the king's table laughed when he farted? Because noble gases don't cause reactions.
mct92 brilliant
This was great! I work for a geology and engineering firm. This is a great example. 👍
My whole life is a cone of depression
I'm loving this Geological take on the videos!
Aquatard is considered offensive. I believe the politically correct term is hydrologically challenged.
first geographic info video for me... and a new set of knowledge. good work man :)
Do a colab with Colin furze
What would they make? A rocket ship?
they cold make something completely bonkers and actually have a good explanation of how it works :3
What the hell would they do theyre complete opposites itd be like TH-cam mythbusters but one is a chemist and the other is a machinist
Colin is too energetic for him :p
Colin is in the UK. Logistically a colab would be difficult.
No matter what you upload, I always learn something from your videos, Cody. I'm glad I subscribed to your channel (I don't know...maybe two years now?). Good job and keep them coming.
Aquatard sounds like a clever insult for a swimmer.
Lived over/near an aquifer for a long time, I'm glad I can say I know how they work BC of Cody!
Brilliant demonstration, very easy to follow.
I really enjoy those explanatory videos Cody. Thank you for making them!
This is taking me back to my soil mechanics class! I'm sure my professor would love this video!
That is a real cool demo and explains how artesian wells work
I love this subject and how you made a model. Thanks, Cody!
Cody, you the only one who succeed make miniature geological event.
Wonderful video!
"The aquifer told to children" !
I LOVE it ! 👍👏
Cody! You're a life saver; Hydrogeology finally makes sense.
I would love to see more geology videos. Maybe try some perched aquifers, that would be interesting to model.
You're awesome Cody. I have learned so much from you. I am an amateur gemologist and would love to see some videos explaining the amazing forces and depths required for things like corundums to form. Thank you for sharing your knowledge.
What an informative and well structured video. Great work as always Cody! Keep up the good work!
That coming up video seems awesome!
Well know I understand what an aquifer is and a basic understanding of how it works, thanks Cody
I’m a civil engineer and this video was everything I hoped it’d be👍🏻
I really like these types of videos from you.
Thats a cool aqufarium you have there!
This is super cool, thanks for posting! I think at least one of my kids will be intrigued by it as well. :) I knew that areas like coastal southern Virginia had the problem of compacting soil, but I had no idea California was having the same sort of issues (in retrospect, it makes sense the two would have similar concerns). Count me as a new subscriber!
Always fun to visit Cody.
these geology model vids are awesome, always happy to see more.
Please do more of these type of demonstrations! I love them!
One of your finest videos !! from AUS
Awesome video Cody, very interesting demonstration!
Always very interesting. Thanks Cody!
You keep giving me a lot of Eureka moments. Tks. :)
Very nicely demonstrated! As always.
Great demo. We are excited for what is coming next
Cody, the moment I start terraforming Mars, you will be hired as one of the project leaders.
Cody at his best.
You totally owe it to yourself to do whatever you need to do to work for SpaceX, or their like, I believe you would be an asset there. You will be wasted in a humdrum life otherwise in my opinion:)
If I were a US citizen and 25 years younger I would be tempted to join you.
Love your channel and experimental outlook on life!