I think the answer to the OP's question, and that others previous to that is:
We are just playing it way too loud.
At audio shows, in our listening rooms, in the car. wherever.
As previously pointed out in this thread, women process sound, vision (color) and smell (it's much less of a difference) differently than men.
On sound perception and processing, the average comfort level of women is a full 8 dB lower than men. This is thought to be at least one reason why woman have historically avoided jobs with louder sound environments.
From : https://www.sciencedirect.com/science/article/abs/pii/S0003682X21006964
"In general, females and males indicated responses of significant and different during noise exposure. The women are more sensitive to noise; thus, they experience more noise-induced annoyance and fatigue. The females had a better cognitive performance at levels of ≤65 dBA with a low and medium mental workload, while the males had a better cognitive performance at levels ≥65 dB and high workload. It seems that the noise-induced stress effect in women was more than in men because the LF/HF ratio"
Maybe if we just turned it down?
We are just playing it way too loud.
At audio shows, in our listening rooms, in the car. wherever.
As previously pointed out in this thread, women process sound, vision (color) and smell (it's much less of a difference) differently than men.
On sound perception and processing, the average comfort level of women is a full 8 dB lower than men. This is thought to be at least one reason why woman have historically avoided jobs with louder sound environments.
From : https://www.sciencedirect.com/science/article/abs/pii/S0003682X21006964
"In general, females and males indicated responses of significant and different during noise exposure. The women are more sensitive to noise; thus, they experience more noise-induced annoyance and fatigue. The females had a better cognitive performance at levels of ≤65 dBA with a low and medium mental workload, while the males had a better cognitive performance at levels ≥65 dB and high workload. It seems that the noise-induced stress effect in women was more than in men because the LF/HF ratio"
Maybe if we just turned it down?