
You may have heard rumblings of central banks wanting to issue their own digital currency.
It's true. China is rolling one out, the IMF just held a summit on it, and the EU is taking it seriously, Canada, UK, Russia, etc.
Why is that?
When money was issued 100 years ago the technology was very bad.
Central banks couldn't issue currency directly to people, they used commercial banks to distribute money to their local areas.

This structure is the same we use today. Only everyone started using computers instead of books.
So while this seems digitized, the structure is ancient.
Blockchains changed the game because they allowed everyone in the world to transact on a single system.

This is different from today where all the money is fragmented within different banking systems, which is the main reason it's so inefficient.
This is why central banks are seeking to create their own digital currency.
They want to create a singular national money system.
A system where money can flow directly to others without the fragmentation.
It's kind of like if everyone in the country used the same bank.
However, governments wouldn't entrust the national monetary system to a single private bank. That's why central banks are involved.
What does this have to do with blockchain? Not much, except for it being a single, unified financial system.
The key difference is central bank currencies are centrally managed, whereas blockchains are not controlled by one group.
Central management makes more sense for national currencies, but an international system has to be more neutral. That's why blockchain is important.
A national singleton vs a global singleton.
You can think of a blockchain like Ethereum as a credibly-neutral network that could one day connect all the different national currencies. An inter-network.
An internet...of money.
The problem with Ethereum is that it isn't efficient and the most efficient system will win.
The reason that Ethereum isn't efficient is because it requires that every node process every transaction. Oops! That's a serial process and it's unnecessary. 1+1=2 Not everyone has to run that math to check it. Same with Ethereum.
OK, so what system is more efficient? You won't like the answer. Bitcoin was originally proposed to be a system which works in parallel. That's right, the original spec of bitcoin is super efficient.
Now you might be saying to yourself 'oh, but Bitcoin doesn't do smart contracts', but you'd be wrong... and you might say 'oh, but bitcoin doesn't' write to state!' but we can simulate state in bitcoin script. And you might say 'oh, but we want an account based system so that we can have oracles', but we can create accounts and oracles on top of the UTXO set in Bitcoin.
Finally, Bitcoin isn't really BTC, at all. And it's not BCH either.
Can you guess which Bitcoin is bitcoin? Which Bitcoin is compatible with banking and central banking? Which bitcoin carries information and is compliant, and which competes with Ethereum?
It's BSV.
BSV is Bitcoin.
hahahahahaha