04-23-2026, 09:06 PM
Pedro sat there listening to Leah’s response to what the Borg Linguistic Database revealed. He was a bit surprised when she said, "I wonder if he is always so shéùkhin (quick) to comply with requests. He must trust you already."
Pedro wasn’t sure if the Captain trusted him, or that he just knew they had a mystery to solve and they needed every advantage they could get to solve it, but Leah had a point, access to the Borg Database wasn’t given lightly. The Borg information in the wrong hands could spell disaster.
Hmmmm,,,,maybe the Captain does trust me.
Pedro listened as Leah continued, "If these people are advanced enough to inscribe this kind of equation onto their equipment, then they must have a way of communicating that is more than just math," Oleah insisted. "Maybe it's spoken, it could be sign or gestures, maybe it's telepathy. Medical could potentially tell us more about the likelihood of telepathic abilities, even while they are unconscious, though it would be difficult if not impossible while they are in stasis. But, there is more to them than math, I promise you that," she said confidently.
Pedro, smiled and nodded in agreement, He didn’t know much about Telepathy, beyond certain races possessing Telepathic abilities.
Leah then said, "I mean think about it - Starfleet doesn't have Federation Standard stamped on the outside of every piece of equipment for the hell of it. When they do, it's often just to name something that is visible, or for engineers to readily identify - or in some occasions, when we are making contact, it's for the purpose that we are explorers and want people to be able to translate our language and communicate," she explained. "But Starfleet and its purpose are rare. There was nothing like it known in the quadrants before Humans came along. And I can tell you that the Imperial Guard wouldn't have even made it this easy to open any of our ships' data recording devices."
Pedro had an amazing thought, he turned to Leah and said, “Hold on a second, This alien language is math based,right? What shares a relationship with math, music? Math and music aren’t just loosely connected—they’re built on the same underlying ideas: patterns, ratios, and structure.
1. Rhythm = counting and fractions
When you tap your foot to music, you’re doing math. Rhythms divide time into equal parts—whole notes, halves, quarters, eighths. A measure in 4/4 time is essentially a container for four equal beats, and everything inside it is a fraction of that total.
2. Pitch = frequency (a measurable number)
Every musical note corresponds to a sound wave vibrating at a specific frequency. For example, the note A above middle C is typically 440 Hz (meaning 440 vibrations per second). Higher notes have higher frequencies—so melody is basically a sequence of numbers rising and falling.
3. Harmony = ratios
What makes combinations of notes sound pleasant (or tense) comes down to simple numerical ratios. This idea goes back to Pythagoras, who discovered that:
Octave = 2:1 ratio
Perfect fifth = 3:2
Perfect fourth = 4:3
These clean ratios are why certain chords sound “in tune.”
4. Scales = mathematical patterns
Musical scales (like the major scale) follow a specific pattern of steps between notes. In modern Western music, the octave is divided into 12 equal parts (called semitones), which is a mathematical system known as equal temperament.
5. Composition = structure and symmetry
Songs often use repeating patterns, mirrored sections, and structured forms (like verse–chorus–bridge). This is similar to how math uses symmetry and repetition to create order.
6. Fourier analysis (deep connection)
At a more advanced level, any sound—even a complex one—can be broken down into a combination of simple sine waves. This is a mathematical process called Fourier analysis, and it’s fundamental in audio technology, synthesis, and music production.
A simple way to think about it: Math is the language of patterns Music is the experience of patterns.
“ Maybe we have to sing to the device, or play certain tones in order to access it?” Said Pedro, his voice filled with excitement.
== Tag Leah.==
Pedro wasn’t sure if the Captain trusted him, or that he just knew they had a mystery to solve and they needed every advantage they could get to solve it, but Leah had a point, access to the Borg Database wasn’t given lightly. The Borg information in the wrong hands could spell disaster.
Hmmmm,,,,maybe the Captain does trust me.
Pedro listened as Leah continued, "If these people are advanced enough to inscribe this kind of equation onto their equipment, then they must have a way of communicating that is more than just math," Oleah insisted. "Maybe it's spoken, it could be sign or gestures, maybe it's telepathy. Medical could potentially tell us more about the likelihood of telepathic abilities, even while they are unconscious, though it would be difficult if not impossible while they are in stasis. But, there is more to them than math, I promise you that," she said confidently.
Pedro, smiled and nodded in agreement, He didn’t know much about Telepathy, beyond certain races possessing Telepathic abilities.
Leah then said, "I mean think about it - Starfleet doesn't have Federation Standard stamped on the outside of every piece of equipment for the hell of it. When they do, it's often just to name something that is visible, or for engineers to readily identify - or in some occasions, when we are making contact, it's for the purpose that we are explorers and want people to be able to translate our language and communicate," she explained. "But Starfleet and its purpose are rare. There was nothing like it known in the quadrants before Humans came along. And I can tell you that the Imperial Guard wouldn't have even made it this easy to open any of our ships' data recording devices."
Pedro had an amazing thought, he turned to Leah and said, “Hold on a second, This alien language is math based,right? What shares a relationship with math, music? Math and music aren’t just loosely connected—they’re built on the same underlying ideas: patterns, ratios, and structure.
1. Rhythm = counting and fractions
When you tap your foot to music, you’re doing math. Rhythms divide time into equal parts—whole notes, halves, quarters, eighths. A measure in 4/4 time is essentially a container for four equal beats, and everything inside it is a fraction of that total.
2. Pitch = frequency (a measurable number)
Every musical note corresponds to a sound wave vibrating at a specific frequency. For example, the note A above middle C is typically 440 Hz (meaning 440 vibrations per second). Higher notes have higher frequencies—so melody is basically a sequence of numbers rising and falling.
3. Harmony = ratios
What makes combinations of notes sound pleasant (or tense) comes down to simple numerical ratios. This idea goes back to Pythagoras, who discovered that:
Octave = 2:1 ratio
Perfect fifth = 3:2
Perfect fourth = 4:3
These clean ratios are why certain chords sound “in tune.”
4. Scales = mathematical patterns
Musical scales (like the major scale) follow a specific pattern of steps between notes. In modern Western music, the octave is divided into 12 equal parts (called semitones), which is a mathematical system known as equal temperament.
5. Composition = structure and symmetry
Songs often use repeating patterns, mirrored sections, and structured forms (like verse–chorus–bridge). This is similar to how math uses symmetry and repetition to create order.
6. Fourier analysis (deep connection)
At a more advanced level, any sound—even a complex one—can be broken down into a combination of simple sine waves. This is a mathematical process called Fourier analysis, and it’s fundamental in audio technology, synthesis, and music production.
A simple way to think about it: Math is the language of patterns Music is the experience of patterns.
“ Maybe we have to sing to the device, or play certain tones in order to access it?” Said Pedro, his voice filled with excitement.
== Tag Leah.==