‘Twas the night before Bitcoin, when all through the net
Not a creature was stirring, not even a threat;
The wallets were secured by encryption with care,
In hopes that St. Satoshi soon would be there;
The miners were nestled all snug in their beds,
While visions of block rewards danced in their heads;
And mamma with her ledger and I with my keys,
Had just settled our accounts for a long winter’s ease,
When out on the blockchain there arose such a clatter,
I sprang from my bed to see what was the matter.
Away to my laptop I flew like a flash,
Tore open the browser and refreshed the dash.
The moon on the breast of the new-fallen snow
Gave the lustre of midday to objects below,
When, what to my wondering eyes should appear,
But a sleigh full of bitcoins and eight tiny reindeer,
With a little old driver, so lively and quick,
I knew in a moment it must be St. Nick.
More rapid than eagles his coursers they came,
And he whistled and shouted and called them by name:
“Now, Bitcoin! now, Ethereum! now Litecoin and Ripple!
On, Cardano! on Stellar! on Monero and Tether!
To the top of the ledger! to the top of the wall!
Now dash away! dash away! dash away all!”
As dry leaves that before the wild hurricane fly,
When they meet with an obstacle mount to sky;
So up to housetop coursers they flew
With a sleigh full of coins and St Nicholas too—
And then in a twinkling I heard on the roof
The prancing and pawing of each little hoof.
As I drew in my head and was turning around,
Down came St. Nick with a bound.
He was dressed all in fur from his head to his foot,
And his clothes were all tarnished with ashes and soot;
A bundle of coins he had flung on his back,
And he looked like a peddler just opening his pack.
His eyes—how they sparkled! his smile how bright!
He brought us some bitcoins to end our plight;
He said they were hard money immune to inflation
And no central authority could control their creation;
He showed us his ledger that tracked every transaction
And explained how it worked with cryptographic protection;
He said it was decentralized powered by nodes
And miners secured it by solving hard codes;
He gave us some tips on how to store them safely
And warned us of scammers who would try to take them falsely;
He said we could use them to buy goods and services
Or hold them for future as digital reserves;
He was chubby and plump—a right jolly old elf—
And I laughed when I saw him in spite of myself;
A wink of his eye and a twist of his head
Soon gave me to know I had nothing to dread;
He spoke not a word but went straight to work
And filled all our wallets then turned with a jerk;
And laying his finger aside of his nose,
Gave a nod up the chimney he rose;
He sprang to his sleigh, to his team gave a whistle,
And away they all flew like the down of a thistle.
But I heard him exclaim ere he drove out of sight—
Happy Bitcoin Christmas to all, and to all a good night!
– Technical details:
Audio recorded on Zoom H2n in Spatial Audio mode, and processed with Ambisonic Toolkit (ATK) in Reaper and mastered in Audacity using MCompressor and W1 Limiter.
Video recorded on Android and edited using Shotcut.
– Piano details
This is a beautiful Grotrian Steinweg grand piano.
It was tuned the same day before recording, by Yonatan Torn Piano tuning in Vancouver www.tornpiano.com/
I really can’t stay
No problem there’s the door
I’ve got to go away
I hear ya, say no more
This evening has been
So very nice
I hope you get home safe tonight
My mother will start to worry
Here’s my phone give her a call
My father will be pacing the floor
Adios, say no more
So really I’d better scurry
I’ve been saying that for a while
Well, maybe just half a drink more
Slow down, that’s quite a pour
The neighbors might think
It’s just my old friend Troy
Say what’s in this drink
It’s just lemon LaCroix
I wish I knew how
To take a hint?
To break the spell
Do you know how to spell ‘farewell’?
I ought to say no, no, no
I’ll call you an Uber, they’re close
At least I’m gonna say that I tried
I feel like you’re not trying at all
I really can’t stay
Well, maybe just go out
Cause Baby, it’s cold outside
Maybe just go outside
Hi there. Can you please write an article, for a grade-8 level reader, giving an introduction to bitcoin, why it is important, what it could become in the future, and what are some best practices around buying and holding bitcoin safely, especially for people who are not very technologically savvy? Thank you!
Bitcoin is a type of digital currency that was created in 2009. It is different from traditional currencies, like dollars and euros, because it is decentralized, meaning that it is not controlled by any government or financial institution. Instead, it is powered by a network of computers around the world that work together to process and verify transactions.
Bitcoin is important because it allows people to send and receive money digitally, without the need for a middleman such as a bank. This makes it easier and faster to transfer money, and it can also help to reduce the fees that are often associated with traditional financial transactions.
In the future, bitcoin and other digital currencies could become even more important as more people and businesses start using them. Some experts believe that digital currencies could eventually replace traditional ones, making it easier for people to buy and sell goods and services online.
When it comes to buying and holding bitcoin, it is important to follow some best practices to ensure that your money is safe. Here are a few tips:
Use a reputable and secure bitcoin wallet to store your bitcoin. A wallet is like a digital bank account that allows you to receive and send bitcoin. There are many different types of wallets, and it is important to choose one that is secure and easy to use.
Be careful when buying bitcoin from online exchanges or marketplaces. There are many scams and fraudulent websites that claim to sell bitcoin, but they are actually trying to steal your money. Always do your research and only buy from reputable sources.
Keep your bitcoin wallet and any other sensitive information, like your private keys, safe and secure. Private keys are like a password that allows you to access your bitcoin, so it is important to keep them safe. You can do this by using a password manager, or by writing them down and storing them in a secure location.
Finally, be aware of the risks associated with buying and holding bitcoin. Digital currencies are still relatively new and can be volatile, meaning that their value can fluctuate quickly. This means that there is a chance that you could lose money if you invest in bitcoin. It is important to only invest what you can afford to lose.
In conclusion, bitcoin is a digital currency that allows people to send and receive money digitally. It is important because it can make financial transactions easier and faster, and it could become even more important in the future. When buying and holding bitcoin, it is important to follow some best practices to keep your money safe.
Thank you, but I was hoping to hear some information about what makes bitcoin special in terms of its fixed amount of total supply, that makes it a form of “hard money” such as gold, with a limited stock to flow ratio. Could you please explain those comments in another article, also written for a grade-8 level reader with limited knowledge of economics? Also please relate that concept to the idea of inflation, and contrast with how fiat currencies work.
Bitcoin is a special type of digital currency because it has a fixed total supply. This means that there will only ever be a certain amount of bitcoin in circulation, and no more can be created. This is different from fiat currencies, like dollars and euros, which can be printed by governments and central banks whenever they want.
Having a fixed total supply is one of the reasons why some people see bitcoin as a form of “hard money,” like gold. Gold is also a limited resource, and it takes a lot of effort and resources to mine it. This makes it scarce, and it is this scarcity that gives gold its value. In the same way, the limited supply of bitcoin makes it valuable, because there will only ever be a certain amount of it available.
The fixed total supply of bitcoin also has an effect on its stock to flow ratio. This is a measure of how much of a commodity is available at any given time compared to how much is produced each year. For example, if a gold mine produces 100 ounces of gold in a year and there are 1000 ounces of gold in total circulation, the stock to flow ratio would be 10.
The stock to flow ratio of bitcoin is currently very high, because the rate at which new bitcoin is produced (the “flow”) is much lower than the total amount that is in circulation (the “stock”). This makes it similar to gold, which also has a high stock to flow ratio.
The fixed total supply of bitcoin can also help to protect against inflation. Inflation is when the value of money decreases over time, because there is too much of it in circulation. This can happen with fiat currencies, because governments and central banks can print more money whenever they want. However, because there is a fixed total supply of bitcoin, there is no risk of inflation. This makes it a stable store of value, similar to gold.
Overall, the fixed total supply of bitcoin is one of the things that makes it special. It makes it scarce and gives it a high stock to flow ratio, like gold. It also protects against inflation, and makes it a stable store of value. These qualities make it different from fiat currencies, which can be printed and are subject to inflation.
That’s great, thank you. Can you next write an article, also for a grade-8 level reader, about the common claims that bitcoin is a huge waste of energy, and that bitcoin is bad for the environment. Can you please explain what proof of work mining actually means, and whether the use of energy for bitcoin mining is necessary and what advantages proof of work has over proof of stake? Please assume that the reader has little to no knowledge of finance or cryptocurrencies. Thanks.
One common claim about bitcoin is that it is a huge waste of energy. This is because the process of mining bitcoin, which is how new bitcoin is created, requires a lot of energy. Mining involves using powerful computers to solve complex mathematical problems, and this uses a lot of electricity.
Critics of bitcoin argue that this energy use is unnecessary and bad for the environment. They say that all of the electricity used for mining could be put to better use, and that the carbon emissions from all of this electricity use contribute to climate change.
However, supporters of bitcoin argue that the energy use is necessary, and that it is a small price to pay for the benefits of the bitcoin network. They say that the process of mining, which is called proof of work, is crucial to the security and integrity of the bitcoin network.
Proof of work is a system that is used to secure and verify bitcoin transactions. It involves miners using their computers to solve complex mathematical problems, and the first miner to solve the problem gets to add a new block of transactions to the bitcoin blockchain. This block is then verified by other miners, and the process repeats.
The proof of work system has several advantages over other systems, such as proof of stake. Proof of stake is a different way of securing a blockchain, where the amount of bitcoin that a miner has is used to determine their chances of mining a new block.
One advantage of proof of work is that it is more decentralized than proof of stake. Because anyone can become a miner and compete to solve the mathematical problems, the network is more secure and not controlled by a small group of people.
Another advantage of proof of work is that it is more secure against certain types of attacks. For example, proof of stake systems are vulnerable to what is known as a “nothing at stake” attack, where miners can potentially cheat the system by mining multiple blocks at the same time. This is not possible with proof of work, because each miner can only work on one block at a time.
Overall, the use of energy for bitcoin mining is a topic of debate. Critics argue that it is a waste of energy and bad for the environment, while supporters argue that it is necessary for the security and integrity of the bitcoin network. The proof of work system has several advantages over other systems, and it is an important part of how the bitcoin network works.
Another topic I am curious about is what actually happens in physical terms when a government is said to be “money printing”. I hear this commonly referred to as quantitative easing, and I know it is not as simple as a bank simply printing dollar bills. Am I correct to say that quantitative easing just makes credit more available to banks, who then are able to loan out more money than usual, while keeping the same amount of reserves, thus creating new money in the economy? Or how does the expansion of the money supply actually work? In this answer, you can assume the reader has a 10th-grade reading level and a great deal of interest in economics but only a basic understanding of it.
Quantitative easing, often called “money printing” by critics, is a monetary policy that is used by central banks to stimulate the economy. It is not as simple as printing physical cash, but it does involve creating new money and putting it into circulation.
In a quantitative easing program, a central bank will buy securities, such as government bonds, from banks and other financial institutions. This has the effect of increasing the banks’ reserves, which are the funds that they are required to hold in order to meet their customers’ withdrawal requests.
The increased reserves allow the banks to lend out more money than they otherwise would be able to. This puts more money into circulation and increases the money supply in the economy.
Quantitative easing is different from traditional monetary policy, where the central bank controls the money supply by adjusting interest rates. In a quantitative easing program, the central bank is directly increasing the money supply by buying securities from the banks.
The goal of quantitative easing is to stimulate the economy by making it easier for people and businesses to borrow money. Lower interest rates and an increased money supply can encourage borrowing and spending, which can help to boost economic growth.
However, there are also potential risks and drawbacks to quantitative easing. For example, some critics argue that it can lead to inflation, because it puts more money into circulation without a corresponding increase in the supply of goods and services. This can cause prices to rise, which can erode the purchasing power of the money.
Overall, quantitative easing is a monetary policy that involves central banks creating new money and putting it into circulation in order to stimulate the economy. It can help to increase borrowing and spending, but it also carries risks, such as the potential for inflation.
Thank you. I am curious about what you describe as a central bank buying securities from banks, which increases the bank’s reserves. Does this mean that a bank would already hold government bonds, and that under qualitative easing, the bank sells these bonds back to the central bank, in exchange for money? Or do you mean that a bank would issue its own bonds and the central bank would be buying these bonds, thus increasing the bank’s reserves but meaning that the bank would owe more money to the central bank in the future? I am not really sure what a bond is, either. Can you please explain? Also, what other kinds of securities, other than bonds, can be purchased by the central bank from other banks during quantitative easing?
In a quantitative easing program, a central bank will buy securities, such as government bonds, from banks and other financial institutions. A bond is a type of debt security that is issued by a government or a corporation. It is a way for the issuer to borrow money from investors, and in return, the investors receive interest payments and the principal amount of the bond back when it matures.
When a central bank buys bonds from a bank during quantitative easing, it is essentially providing the bank with cash in exchange for the bonds. This has the effect of increasing the bank’s reserves, which are the funds that it is required to hold in order to meet its customers’ withdrawal requests.
The increased reserves allow the bank to lend out more money than it otherwise would be able to. This puts more money into circulation and increases the money supply in the economy.
In addition to government bonds, there are other types of securities that a central bank can buy from banks during quantitative easing. These include mortgage-backed securities, which are bonds that are backed by a pool of mortgage loans, and asset-backed securities, which are bonds that are backed by a pool of other types of assets, such as car loans or credit card debt.
Overall, quantitative easing involves a central bank buying securities, such as government bonds, from banks and other financial institutions. This provides the banks with cash, which increases their reserves and allows them to lend out more money. This puts more money into circulation and can help to stimulate the economy.