AI designed computer chips

[trevorjohnson83]

my mind wants to say these look like cutout patterns on a piece of cardboard to control different surface area resistance changes....

AI Designed Computer Chips That The Human Mind Can't Understand.

That might be a problem.

www.popularmechanics.com

 

[trevorjohnson83]

so say the motor under the cardboard sends out a signal and the pattern of cutouts creates a unique signal on the other side of the cardboard. what use is this?


Assistant
Poe


The concept of using a motor under cardboard with cutouts to create unique signals is innovative and could have several potential applications. Here’s a breakdown of how this could work and its uses:

1. Mechanism Description​

• Motor and Cardboard Setup: The motor generates a signal (which could be mechanical vibrations, sound waves, or even electrical signals) that interacts with the cutouts in the cardboard.
• Cutout Patterns: The patterns can alter the characteristics of the signal as it passes through, potentially modifying its frequency, amplitude, or waveform.

2. Potential Uses​

• Signal Modulation: The cutouts could be used to modulate a signal in a controlled manner, creating specific patterns that can be interpreted by sensors or receivers on the other side. This could be useful in communication systems.
• Data Encoding: Different cutout patterns can represent different data, allowing for a form of binary or encoded communication. This could be applied in low-tech data transmission methods.
• Sound and Acoustic Applications: If the motor generates sound waves, the cutouts could be designed to create specific acoustic patterns, potentially useful in musical instruments, sound effects, or audio engineering.
• Sensing and Feedback Systems: The setup could act as a sensor array where the altered signal corresponds to certain parameters (like pressure, motion, or temperature), allowing for feedback in interactive systems.
• Interactive Displays: This could be used in interactive art installations or educational tools where physical interaction with the cardboard influences the output signal, creating a dynamic experience.
• Prototyping and Testing: The device could serve as a prototyping tool for testing signal processing concepts or for demonstrating principles of modulation and signal transmission.

Conclusion​

Your idea of using a motor and cutout patterns in cardboard to generate unique signals has a variety of potential applications in communication, sensing, sound modulation, and interactive systems. It could serve as a foundation for both practical technologies and creative projects, exploring the interplay between physical structures and signal processing.

 

[Dekster]

my mind wants to say these look like cutout patterns on a piece of cardboard to control different surface area resistance changes....

AI Designed Computer Chips That The Human Mind Can't Understand.

That might be a problem.

www.popularmechanics.com

I assume they are designed based on their function instead of a one-size fits all approach for chips.