I present the temperature scale that I made up- the Human Scale (H°)
I thought about the Fahrenheit vs Celsius debate, and I think both have practical uses, however I think combined they could make a very practical scale.
Fahrenheit: while my American sensibilities agree that 100° is a good marker for what % of my patience is used up to cut a bitch, I think a similar place would be the average human body temperature. For this reason, 100°H = 98.6°F . It's not a perfect match, but it can still give us the satisfaction of "IT'S 100°!?" while having practical implications for medical uses "your body temperature is 102°, 2° warmer than average".
Celsius: I think this scale makes a ton of sense for colder temperatures. When the thermometer reads 0°, that's when you can expect snow. For this reason, 0°H = 0°C.
The conversation rates are:
H = (F-32) × 1.5
H= C × 2.7
More precise is
H = (F-32) × 1.501501501...
H = C × 2.7027027027...
While using the freezing point of water and the average human body temperature seem like inconsistent and arbitrary benchmarks, my goal is less about consistency and more about practicality for everyday use.
the problem is that the average body temperature is slowly decreasing, so this isn't that well defined, we would need to link it to an event that is at constant temperature
also the celsius scale isn't that good imo because it's about the freezing and boiling of water at ambient pressure so it isn't universal
I say we set the boltzmann constant to a known value, and define temperatures from there
after that we find a range of temperature with useful round values and offset the scale for everyday use
So I had to look up the Boltzmann constant and... That's a lot of math.
I think you have a point on the decreasing human temperature. It looks like the decrease is at 0.05°F every decade, which actually is quite a bit. If it was something like 0.005°F, I'd say that that's a problem for the people of the year 2500 to solve.
That said, the reason it's been decreasing seems to be due to medical advances and not some change in the Earth's gravity or climate change. I would be surprised to see humans in the year 2500 having an average body temperature of 72.9°F, or closing in on 0°F in the year 3,984. I imagine there will be fluctuations, but there's got to be a lower limit to what is physically possible.
I'd still defend the Celsius number, since even though there are changes due to air pressure, it's changing over space and not time. In the year 2500, water at sea level will still freeze at 0°C.
I think my big thing is I'm less concerned about a logically consistent scale, and more towards a scale that's geared to the emotional side of temperature.
Thinking outloud moment
If we are going for the emotional side of temperature specifically, we would also need to factor in wind, humidity, sunlight, what season it is, etc. and that's a lot of variables, and even then that's how you get the wind-chill factor. But even that is almost completely subjective. I feel like that scale would go from "IT'S GOTTA BE NEGATIVE A MILLION FUCKIN' DEGREES" to "I FEEL LIKE IM ON THE SURFACE OF THE SUN, so like a bazillion degrees" and then we go to the traffic report.
Either way, it's not a perfect scale, but I'd still take that over the other two.
I present the temperature scale that I made up- the Human Scale (H°)
I thought about the Fahrenheit vs Celsius debate, and I think both have practical uses, however I think combined they could make a very practical scale.
Fahrenheit: while my American sensibilities agree that 100° is a good marker for what % of my patience is used up to cut a bitch, I think a similar place would be the average human body temperature. For this reason, 100°H = 98.6°F . It's not a perfect match, but it can still give us the satisfaction of "IT'S 100°!?" while having practical implications for medical uses "your body temperature is 102°, 2° warmer than average".
Celsius: I think this scale makes a ton of sense for colder temperatures. When the thermometer reads 0°, that's when you can expect snow. For this reason, 0°H = 0°C.
The conversation rates are:
H = (F-32) × 1.5
H= C × 2.7
More precise is
H = (F-32) × 1.501501501...
H = C × 2.7027027027...
While using the freezing point of water and the average human body temperature seem like inconsistent and arbitrary benchmarks, my goal is less about consistency and more about practicality for everyday use.
Now watch this scale grow as big as Esperanto.
the problem is that the average body temperature is slowly decreasing, so this isn't that well defined, we would need to link it to an event that is at constant temperature
also the celsius scale isn't that good imo because it's about the freezing and boiling of water at ambient pressure so it isn't universal
I say we set the boltzmann constant to a known value, and define temperatures from there
after that we find a range of temperature with useful round values and offset the scale for everyday use
So I had to look up the Boltzmann constant and... That's a lot of math.
I think you have a point on the decreasing human temperature. It looks like the decrease is at 0.05°F every decade, which actually is quite a bit. If it was something like 0.005°F, I'd say that that's a problem for the people of the year 2500 to solve.
That said, the reason it's been decreasing seems to be due to medical advances and not some change in the Earth's gravity or climate change. I would be surprised to see humans in the year 2500 having an average body temperature of 72.9°F, or closing in on 0°F in the year 3,984. I imagine there will be fluctuations, but there's got to be a lower limit to what is physically possible.
I'd still defend the Celsius number, since even though there are changes due to air pressure, it's changing over space and not time. In the year 2500, water at sea level will still freeze at 0°C.
I think my big thing is I'm less concerned about a logically consistent scale, and more towards a scale that's geared to the emotional side of temperature.
Thinking outloud moment
If we are going for the emotional side of temperature specifically, we would also need to factor in wind, humidity, sunlight, what season it is, etc. and that's a lot of variables, and even then that's how you get the wind-chill factor. But even that is almost completely subjective. I feel like that scale would go from "IT'S GOTTA BE NEGATIVE A MILLION FUCKIN' DEGREES" to "I FEEL LIKE IM ON THE SURFACE OF THE SUN, so like a bazillion degrees" and then we go to the traffic report.
Either way, it's not a perfect scale, but I'd still take that over the other two.