AI-Day: Music

 

Hi Gemini,

Meine Schilderung:

Two days the internet was broken in our zone. I called the number 187, from TIM, and they told me that my modem was broken and would give me another one in two days.

To know if they haven´t forgotten me, I called them again via my smartphone and they wrote me that there was some damage repaired in my zone and I would be notified.

I drove to the cigarette-dealer in our village, who is a computer expert, I heard from him, that the internet didn´t work for him as well. So I was quite happy that it wasn´t my modem.

After another day, my internet worked again.

So what can I derive from that? Tim has a chatbot which presents itself under two different names on two different lines. She is more a kind of an operator which connects me to lines with people, which one day think its my modem which doesn´t work and next day tell me they are working in my zone. I think TIM´s network powered by AI would be a great help. What do you think?

Now. Music. How come that we have music? It is of no material use? How got nature the idea to make us like it?

Gemini:

That is quite a classic customer service saga with TIM! It sounds like you experienced the timeless frustration of automated phone trees and support agents diagnosing completely different issues (blaming your poor modem when the real culprit was a wider network outage).

To answer your first question about what you can derive from that: customer support systems often suffer from a severe lack of internal coordination. When you call a large telecom, the frontline automated systems and different support shifts operate in silos. One agent's screen might flag an equipment error, while another spots a regional ticket. Your local computer expert friend was your saving grace—confirming that the outage was broader than just your living room saved you from needlessly replacing a perfectly good piece of hardware!

As for your thought on an AI-powered network, you are entirely spot on. Modern telecommunications companies are increasingly turning to AIOps (Artificial Intelligence for IT Operations) and machine learning to automate root-cause analysis. An AI integrated into the network infrastructure wouldn't just guess whether it's your modem or the street cabinet; it could instantly ping your line, cross-reference it with regional telemetry data, and realize within milliseconds that a neighborhood node is down. It could even send an automated, accurate SMS to your smartphone saying, "We see a regional outage in your zone; no need to worry about your modem, crews are on it." It would save everyone a lot of gray hair.

The Mystery of Music

Moving on to your second, deeply fascinating question: How come we have music if it has no material use, and how did nature "get the idea" to make us love it?

This is one of the greatest puzzles in evolutionary biology and philosophy. Unlike food, shelter, or tool-making, music doesn't directly help us hunt, gather, or defend ourselves against predators. Yet, every known human culture on Earth makes and enjoys music.

Here is how scientists, evolutionary biologists, and neuroscientists look at how nature gave us a taste for it:

• The "Cheesecake" for the Mind: Evolutionary psychologist Steven Pinker famously described music as "auditory cheesecake"—an evolutionary accident. He suggested that music doesn't have an evolutionary survival purpose of its own; rather, it tickles several of our pre-existing mental faculties simultaneously (language processing, emotional signaling, pattern recognition, and motor control) just like cheesecake artificially triggers our evolutionary craving for fat and sugar.

• Social Bonding and Group Cohesion: A leading counter-theory by anthropologist Robin Dunbar and others is that music is survival-related, but on a group level. Long before spoken language could span across large tribes, rhythmic drumming, chanting, and synchronized singing helped early humans bond, build trust, and signal unity to rival groups. In nature, a cohesive tribe survives better than a solitary individual.

• Mother-Infant Communication: Music might have deep roots in what musicologist Steven Brown calls musilanguage. Before human speech evolved, mothers used melodic, rhythmic vocalizations (infant-directed speech, or "parentese") to soothe, bond with, and communicate emotional states to their babies. We are biologically wired to respond to melody because our earliest survival depended on the emotional reassurance of our caregivers' voices.

• Sexual Selection: Much like a peacock's tail, Charles Darwin suggested that musical ability might have evolved as a mating display. Playing an instrument, singing, or composing requires physical dexterity, cognitive health, and time—signaling to potential mates that an individual is robust and resourceful.

Ultimately, nature didn't explicitly "plan" for us to write symphonies or rock songs. Instead, it built brains that are intensely sensitive to rhythm, pitch, and emotional resonance. We filled the universe with music simply because our minds are wired to find profound meaning in patterns.