September 24th, 2025 (Update)
I have a proposal that must be approved by the majority of people before being implemented:
We change our 12-month calendar to a 13-month calendar to coordinate more accurately with the moon’s 13 cycles.
Our new calendar will have 13 months, with 28 days each month, and one extra leftover day.
The extra day we can use as a Holiday where we turn off most of the lights except for emergency lights and camp outside and share telescopes all night. Hospital lights should remain on.
The extra day will be called “Space Night” or “Telescope Night” and it will change every year. Space Night should change sequentially by rotating New Moons. For example for the first year it should fall on the 1st New Moon of the year and for the 2nd year it should be on the 2nd New Moon and for the 3rd year it should be on the 3rd New Moon etc.
On Leap Years we can add the additional Leap Year day to Space Day. So on normal years we will have a 1 day long Space Day. On Leap Years we will have a 2 day long Space Day.
If a baby is born on Space Night, then we will simply give the baby the birthday date of the day before Space Night.
This idea is almost exactly like the Cotsworth Plan, also known as the International Fixed Calendar proposed by George Eastman. The only difference is that he put the leftover extra day as a Holiday at the end of the year. My plan will have the leftover extra day rotate sequentially by one New Moon each year and have it also be a holiday called Space Night or Telescope Night.
The Extra Day also known as Space Night also known as Telescope Night should fall on yearly sequentially rotating nights of the New Moons so that the reflected light of the Moon does not interfere with our ability to see the stars.
In the far future this night might be the only night of the year normal people ever see the stars.
The only downside to this proposition that I can think of is: Its possible that your Birthday will always fall on a Monday or a Tuesday.
Math instructions for how to calculate the day your birthday will always be according to my new proposed calendar:
1. Find the number that corresponds to your birthday on the Julian Calendar (Disregard the Leap Year Julian date unless you were born on the Leap Year on or after the Leap Day)
2. Divide the Julian Date number for your birthday by 28.
3. This number will be a whole number and a decimal. Make note of the whole number and then disregard the whole number and keep the decimal. (The whole number will be the Month number.)
4. Multiply just the decimal by 28 this will give you the day of the month your birthday will always be on.
5. Take this number and divide it by 7 to get the day of the week your birthday will always be on.
6. Make a note of the whole number which is the week number and then disregard it. Take the decimal and multiply it by 7.
Example: November 19th
1. Julian date # 323
2. 323/28 = 11.5357142857
3. 11 is the Month and .5357142857 is the Day of the Month.
4. Make note of the Month number 11 and then disregard it and take the day number of .5357142857 and multiply it by 28 =15 So Month 11 and Day 15.
5. To calculate the day of the week take the numerical day and divide it by 7.
15/7 = 2.1428571428
The whole number (2) represents the week number and the decimal .1428571428 represents the day.
6. To get the day of the week take the decimal and times it by 7
.1428571428 x 7= 1 represents the first day of the week (Monday). So November 19 = 323 = Month 11, Day 15, Monday forever.
One advantage of this new system is you’ll only have to do the math once and your birthday will be on the same day forever. Also, you will never need to remember how many days are in each month. Every month will be 28 days long!
Why the Calendar makes ZERO Sense | Dave Gorman | Avalon
https://youtu.be/rTJ5g4S_U5E
The following is my best idea ever: