I'm a Solidity developer who wants to deepen my understanding of the layer below and this is exactly what I was looking for. Highly informative video, thank you!
Best explanation I've heard for gas is comparing it to actual gas in a car: imagine you are gearing up for a 100 mile trip in a 20 MPG car. When you fill up, you need 5 gallons no matter what, but will pay a different amount depending on demand for gas at that time. Awesome video!
This is great man. New sub. Would love some more explanations like this. For example maybe regarding validators and other infrastructure pieces in crypto.
This was the depth I needed and have been looking for. Thank you so much! Truly appreciate this. I will be watching it a few more times. Fantastic content 🙏
Thank you for your explanation it was very helpful just a request if possible can you have a video without the moving water it makes it weirdly harder to concentrate on what's being said and what's on the screen or maybe use one in which the movement isn't that apparent and more subtle, thanks!
Excellent content, Jordan! It is amazing how you were able to condense such a dense topic and explain it so well within an hour. Subscribed and set notifications on :)
Great video Jordan, very informative. I just have one question, where are the Ethereum opcodes located? You talked about the 3 memories in the EVM, and they seem to hold everything needed except the opcode.
the opcodes are sort of implicit. like, they're part of the virtual machine in the sense that they obviously need to be coded in there somewhere for it to work, but they're not part of this abstraction of the virtual machine that we think about when we think about virtual machines. the same question could be asked about everything that underlies the virtual machine. like, where does it do math? how does it know how to add? etc. all that stuff is there but it's just not included in this abstraction of the vm
Very good video. Thank you. Can you explain how does the miners interact with the nodes? ie. If I have my own node, who will mine each block? Do I have to mine my own node or other will do it?
of all the nodes in the network *some* of them mine, the rest are passive and just wait for blocks to get mined basically. but you don't "mine your own blocks" or anything like that, the whole network waits or new blocks to be mined (by the miners) and once a new one is mined then that is *the* block for everyone. miners are just regular ethereum nodes with an extra GPU/ASIC part computing hashes.
Your storytelling makes learning about crypto so enjoyable.
It's refreshing to see such transparency in discussing market volatility.
I'm a Solidity developer who wants to deepen my understanding of the layer below and this is exactly what I was looking for. Highly informative video, thank you!
I would love us to connect
now this, this is a man who understands ethereum!
Phenomenal video my dude
Best explanation I've heard for gas is comparing it to actual gas in a car: imagine you are gearing up for a 100 mile trip in a 20 MPG car. When you fill up, you need 5 gallons no matter what, but will pay a different amount depending on demand for gas at that time.
Awesome video!
thank you for the vid. If you ever started a series to explain various layer-2 execution approaches, I'd definitely watch
Fantastic video! Would love to see a video about other implementations of the EVM; and how the EVM works with Ethermint
Your videos are great at explaining complex topics in a digestible manner. Thnx
Very interesting and clear video, thanks for sharing your knowledge
Absolutely brilliant. Exactly the missing link for my understanding. Hope you continue to learn and teach - emphasis on the latter.
Thank you. I will 🙏🏻
This video helped me put together so many disparate pieces of knowledge I've had while starting my blockchain dev journey the past year. Thank you!
Best explanation of EVM ever.
This is great man. New sub. Would love some more explanations like this. For example maybe regarding validators and other infrastructure pieces in crypto.
thanks Jordan for this technical insight
Excellent - thanks for explaining this so clearly!
Sending love from Nigeria.
I fucking loved this....yeahhhh🎉
I am 1 minute into this video and have already smashed that subscribe button! Nice work, Jordan!! thank you for taking the time to create this video.
gave a like in 10 seconds after starting video , knew this will be deepdive thank you
This was the depth I needed and have been looking for. Thank you so much! Truly appreciate this. I will be watching it a few more times. Fantastic content 🙏
Now you have it, Andrew
Jordan, thank you for this. It was so good. After watching all this, I still have one open question. What is your gym routine?
lolol. i just make it up as i go :)
this is pure gold. Thanks!
How can someone video be that accurate? 😃 Exactly what I was looking for 😃 Thanks man !
Otters! :)
Smiled when I saw that. Great vid, instructive as always. Keep em coming. 🙏❤️👌
Great vid, I actually liked the water for the first 12 minutes, haha
Thank you for explaining, I understand things abit better now!
Thank you for the video. Looking forward for the ETH2 Video!
This is excellent! Thanks for taking the time to make it.
Thanks for sharing such an insightful video.
Excellent content, who will keep ( or maintain ) the world state ? is the world state distruibuted or decentralized ?
The world state is replicated on all nodes. Eventually we will have state expiry so this will be kept at a reasonable size
Looking forward to if you ever do some vids on POS fundamentals, I know literally little about it 😄✌️
Thanks boss. Great video
This was the best. Thnx a lot and please keep creating more
Thank you for your explanation it was very helpful just a request if possible can you have a video without the moving water it makes it weirdly harder to concentrate on what's being said and what's on the screen or maybe use one in which the movement isn't that apparent and more subtle, thanks!
Yes, I think the later videos are better? They have less movement. I will keep that in mind though :)
@@jordanmmck Yeah they are! That's awesome, thank you so much!
this is gold. looking forward to more content
Excellent content, Jordan! It is amazing how you were able to condense such a dense topic and explain it so well within an hour. Subscribed and set notifications on :)
Nice. Thanks!
Thanks Jordan, this was helpful!
Can you share the original photograph at 18:44, thank you very much!
Thank you very much for this excellent and interesting explanation! subbed!
Amazing video. Thanks! Would tip if option available
You can send eth to jordanmmck.eth if you want. But also no worries. I do it because I am compelled to 🌞
You are a good man, sir. I love you.
love u too sir
This was awesome! Please make more of these!!
Very good jordan thanx
Hey man I can't thank you enough. Great work. Thanks.
thank u ser ur page is a godsend
Great video Jordan, very informative. I just have one question, where are the Ethereum opcodes located? You talked about the 3 memories in the EVM, and they seem to hold everything needed except the opcode.
the opcodes are sort of implicit. like, they're part of the virtual machine in the sense that they obviously need to be coded in there somewhere for it to work, but they're not part of this abstraction of the virtual machine that we think about when we think about virtual machines. the same question could be asked about everything that underlies the virtual machine. like, where does it do math? how does it know how to add? etc. all that stuff is there but it's just not included in this abstraction of the vm
This is very helpful and educative.
Great video, thank you! 🙏
Amazing work fren! Any chance u can share the presentation too please? Thanks a lot!
takenobu-hs.github.io/downloads/ethereum_evm_illustrated.pdf
I wouldn't say I like the bit about virtual machines it’s closer to the JVM than VMWare
That's fair
I like the content and what do you think if you mentor me to become Blockchain dev?
Very good video. Thank you. Can you explain how does the miners interact with the nodes? ie. If I have my own node, who will mine each block? Do I have to mine my own node or other will do it?
of all the nodes in the network *some* of them mine, the rest are passive and just wait for blocks to get mined basically. but you don't "mine your own blocks" or anything like that, the whole network waits or new blocks to be mined (by the miners) and once a new one is mined then that is *the* block for everyone. miners are just regular ethereum nodes with an extra GPU/ASIC part computing hashes.
Super helpful, thanks man!
Great stuff right here. Keep this work!
Thanks for this amazing video! Can you share the slides if it is possible?
takenobu-hs.github.io/downloads/ethereum_evm_illustrated.pdf
@@jordanmmck Thanks
Can someone please tell from which book are the screenshots from ?
I believe I link them in another comment
Brilliant!!
Can you do a vid on Layer zero tech?
Yes I hope to do so
Awesome, thanks.
I didn't know that the guy from brazzers also knows stuff about ethereum
Gotta do something between shoots 🌝
for all of those who are thinking that how's the video "ITS PERFECT".
what is its use case , know any job related to EVM please do share
Wondering why this video has only 12k views
Haha thanks
Share the slides please if possible.
Thanks 🙏
takenobu-hs.github.io/downloads/ethereum_evm_illustrated.pdf
Tree or Trie ? @5:56
amazing!!
A very good video!
Loved it.
Excellent
Huge kudos :D
3:34
12:55
gm
I really like the format of these videos
gm
Sending love from Nigeria.
I fucking loved this....yeahhhh🎉