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Home » Copyrighting All The Melodies To Avoid Accidental Infringement: Damien Riehl (Transcript) 

Copyrighting All The Melodies To Avoid Accidental Infringement: Damien Riehl (Transcript) 

Here is the full transcript of musician Damien Riehl’s talk titled “Copyrighting All The Melodies To Avoid Accidental Infringement” at TEDxMinneapolis 2020 conference.

Listen to the audio version here:

TRANSCRIPT:

The George Harrison Copyright Case

I’m going to tell you a true story, but instead of the name of the protagonist, I’m going to make you think about your favorite artist. Think about your favorite musician, and think about your favorite song by that musician. Think about them bringing that song from nothing to something into your ears and bringing you so much joy.

Now think about your favorite musician getting sued, and that lawyer saying, “I represent this group. I think you heard their song, and then you wrote your song. You violated their copyright.” Imagine your musician saying, “No, that’s not true. I don’t think I’ve ever heard that song, but even if I did, I certainly wasn’t thinking about them when I made my song.”

Imagine the case going to trial and a judge saying, “You know, I think I believe you, musician. I don’t think you consciously copied that group, but what I think did happen is you subconsciously copied them. You violated the copyright, and you have to pay them a lot of money.

Think about whether that’s fair. Think about whether that’s just. This actually happened to George Harrison, the lead guitarist of the Beatles, and the group was the Chiffons, who had a song, “He’s So Fine,” “Oh, so fine.” George Harrison had a song, “My Sweet Lord,” “Oh, sweet Lord.”

The Finite Number of Melodies

But what neither George Harrison nor the Chiffons nor the judge really nor anybody else had considered is maybe since the beginning of time, the number of melodies is remarkably finite. Maybe there are only so many melodies in this world, and the Chiffons, when they picked their melody, plucked it from that already existing finite melodic data set. George Harrison happened to have plucked the same melody from that same finite melodic data set.

This is a different way of thinking about music in a way that judges and lawyers haven’t thought about nor have musicians. When those groups have thought about musicians, they think about them drawing from their own creative offspring, bringing from nothing something into the world. They have a blank page upon which they can put their creativity.

That’s actually not true. As George Harrison realized, you have to avoid every song that’s ever been written. If you don’t avoid those songs, you get sued.

If you’re lucky, you pluck one of those already existing melodies that hasn’t been taken. If you’re unlucky, you pluck a melody that’s already been taken. Whether you’ve heard that song or not, maybe you’ve never heard it before.

Accidentally Infringing Copyrights

Now if that happens, if you’re lucky, you have a co-songwriter. Somebody else says, “You know that new song? It sounds a lot like that old song.” You say, “Oh, gosh, thank goodness,” and you change it before it goes out the door.

Now if you’re unlucky, you don’t have somebody telling you that. You release it out in the world, the group hears your song, and they sue you for a song maybe that you’ve never heard before in your life. You’ve just stepped on a melodic landmine.

The thing is, this is the world before my colleague, Noam Rubin, and I have started our project. The world now looks like this. We’ve filled in every melody that’s ever existed and ever can exist.

Every step is going to be a melodic landmine. And ironically, this is actually trying to help songwriters. Let me tell you how.

The Author’s Background

I’m a lawyer, and I’m trying, I’ve been a lawyer since 2002. I’ve litigated copyright cases. I’ve taught law school copyright cases.

I’m also a musician. I have a bachelor’s degree in music. I’m a performer. I’m a recording artist, and I also produce records.

I’m also a technologist. I’ve been coding since 1985, for the web since 95. I’ve done cybersecurity, and I also currently design software.

So that puts me right in the middle of a Venn diagram that gives me a few insights that if I were in any one of those areas, I might not have had. My colleague, Noam Rubin, who is my colleague on this project, he’s in addition to being one of the smartest people I’ve ever known. He’s also a musician, and he’s also one of the most brilliant programmers I’ve known.

The Realization about Melodies

Between our work, we came to a realization that you may have had, saying, “You know that new song? That sounds a lot like this other old song.” There’s a reason for that.

We’ve discovered that there is only so many melodies. There are only so many notes that can be arranged in so many ways. That’s different than, say, visual art, where there are an infinite number of brushstrokes and an infinite number of colors and an infinite number of subjects that to accidentally do them is very difficult.

Similarly, with language, the English language has 117,000 words in it. So the odds of accidentally writing the same paragraph are next to zero. In contrast, music doesn’t have 117,000 words.

Music has eight notes. Do, re, mi, fa, so, la, ti, do, one, two, three, four, five, six, seven, eight. Every popular melody that’s ever existed and ever can exist is those eight notes. Now it’s remarkably small.

Brute-Forcing Melodies

I worked in cybersecurity, and I know if I wanted to attack your password and hack your password, one way to do it is to use a computer to really quickly say A-A-A, no, A-A-B, A-A-C, and to keep running until it hits your password. That’s called brute-forcing a password. So I thought, you know, what if you could brute-force melodies?

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What if you could say do-do-do-do, do-do-do-re, do-do-do-mi, do-do-do-fa, and then exhaust every melody that’s ever been? The way the computers read music is called MIDI. In MIDI, it looks like this, do-do-do-do, do-do-do-re, do-do-do-mi.

So I approached my colleague, Noah, I said, “Noah, can you write an algorithm to be able to march through every melody that’s ever existed and ever can exist?” He said, “Yeah, I can do that.” So at a rate of 300,000 melodies per second, he wrote a program to write to disk every melody that’s ever existed and ever can exist.