When a bank issues a loan it creates new money, which circulates through the economy and gets deposited in a bank and lent out again.
Does that sound dangerous to you? It is, and it makes it seem like there is more money.
2️⃣ Government deficits cause credit expansion.
Most governments spend more than they collect in taxes.
They create bonds and sell those to make up the difference, except most people don't want to buy them. So the central bank creates new money to buy them. $6.6T worth today.
3️⃣ Open market operations can be a form of monetary stimulus.
The Federal Reserve sets interest rates by buying or selling securities, which can increase the money supply.
4️⃣ Loans to financial institutions are a form of monetary stimulus.
Remember Silicon Valley Bank? After the banking crisis of 2023, the Fed lent over $100 billion to banks on the verge of collapse.
Where does that money come from? Taxes? Nope, it is newly created.
5️⃣ Foreign exchange intervention can serve as a form of monetary stimulus.
In May 2020, the Fed provided up to $448 billion to foreign central banks through swap lines to stabilize foreign exchange markets.
6️⃣ Printing currency is a form of monetary stimulus.
Finally we get back to the image people think about. This is the only physical way in which money is printed.
Physical printing happens regularly based on demand forecasts.
There you have it: 6 ways to print new money.
1️⃣ Private sector lending
2️⃣ Government deficits
3️⃣ Open market operations
4️⃣ Loans to financial institutions
5️⃣ Foreign exchange intervention
6️⃣ Printing currency
Most people can not keep track of the maze of the dollar system.
In #Bitcoin, money is created in ONE way and only once:
For each new block that is added to the blockchain, there is a reward for the miner who successfully mined the block.
Over Bitcoin's lifespan, these rewards add up to a max of 21 million BTC.
Bitcoin's monetary policy is completely predictable and can't be changed.
It's what makes it so valuable in the eyes of many people.
No backroom deals, no mistaken decisions, and no small group of people deciding how much your money will be worth in the near future.
If you want to learn more about money printing, check out our article on River Learn. river.com/learn/how-does…
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1 million qubits can potentially crack a Bitcoin address.
Microsoft says its new chip creates a path to get there.
How long does Bitcoin have to become quantum-resistant? And what’s actually at risk?
We break it down in this 🧵
Quantum computers (QCs) are notoriously difficult to operate.
Historically, QCs could only run for a few microseconds before breaking down, with massive operational costs to keep temperatures low and reduce noise.
That's not good enough to accomplish anything.
Microsoft’s Majorana 1 release has cracked these hurdles, making it more reliable to run QCs at stable states.
This could bring us much closer to practical, large-scale quantum applications.
And what about the next generation of quantum computers?
Let’s investigate🔬🧵
Part 1/3: The Rise of Quantum Computing
Quantum computing was first conceived by Richard Feynman in 1981.
The field approaches computing in a fundamentally different way than traditional methods, using "superpositioning" to perform certain actions with extreme efficiency.
The field is still in its infancy, but the computational power of quantum computers is steadily rising, as measured in "qubits" - quantum bits.
Today, the most powerful quantum computers have over 1,000 qubits, but can only run for a few microseconds.