[gibybo]

That is correct, there is a maximum number of transactions that can occur on the main Bitcoin chain (it was ~7/second at the beginning, and I think it still is) so there is effectively an auction to get on the chain.

As ignaloidas explained in another comment though, this doesn't include the Lightning Network which is where most everyday transactions would occur.

[remarkEon]

>this doesn't include the Lightning Network which is where most everyday transactions would occur.

This is something I've never fully understood. Is the Lightning Network essentially a separate ledger of transactions that are "floating", if you will, off chain until (eventually) they get verified at some later time in a "final" state? What is the timing mechanism for when they get verified?

[woah]

The lightning network is a bunch of running tabs between people which can theoretically route transactions to a destination.

[remarkEon]

And the “final” destination is what gets verified? Is there a visualization of this model?

[ric2b]

Here's a simplified explanation: https://youtu.be/rrr_zPmEiME

If you want a more technical explanation: https://youtu.be/MpfvhiqFw7A

[remarkEon]

Thanks for this, it's much more clear to me now.

[akuji1993]

Alright, so there's always a way to get my transaction through, nice.

Would you have any resource that is worth checking out to learn more about blockchain? I don't care about market analysis, economy. I just want to understand the underlying technology to know what's happening there. Book would be fine too.

[gibybo]

The original 9 page paper by Satoshi is probably the best place to start for a technical introduction: https://bitcoin.org/bitcoin.pdf

The Bitcoin wiki has a lot more information, although it can be hard to navigate: https://en.bitcoin.it/wiki/Main_Page

For some more modernish innovations in Blockchain tech in general, I would also recommend the Ethereum white paper: https://github.com/ethereum/wiki/wiki/White-Paper. Ethereum re-imagines the Bitcoin protocol with a turing complete virtual machine that runs on the chain itself.

[akuji1993]

Thanks, I'll be sure to check those out.

[olalonde]

I would start with the original Bitcoin white paper[0] followed by the blockchain guide on Bitcoin.org[1].

[0] https://bitcoin.org/bitcoin.pdf

[1] https://bitcoin.org/en/blockchain-guide#introduction

[latchkey]

The way to get a transaction through is to pay a fee to have it validated. The higher the fee, the more incentive for miners to add your transaction to their blocks since they will earn that fee if they can validate the block the fastest.

Right now, the fees are relatively low because miners are primarily living on the block rewards for validating transactions. As those block rewards decrease (halvenings), transaction fees will need to pick up the slack. Smaller miners may also leave the network as the competition picks up, which will lower the difficulty and increase the chances of validating the block the fastest (and thus getting paid the rewards/fees).

Halvenings means less inflation, so the theory/practice is that the price will also go up over time... thus the transaction fees will go up, but not substantially because the price is also going up. This will also incentivize outside transactions like lightning network.

[wickoff]

https://github.com/bitcoinbook/bitcoinbook

This is probably the best in depth technical overview of how Bitcoin works.