Last night I had a dream. I woke up and couldn’t remember it, but I had this strange feeling that everything is actually sailing smoothly, if you look at it from a much bigger perspective of time. An old thought came back to me: what story are we telling ourselves as a species? As individuals, we each have our own stories unfolding. But whether we like it or not, they unfold inside a much larger story, the story of humanity as a whole. We are stories within a greater story. Sometimes a metaphor explains things better than facts alone. And the metaphor that keeps returning to me is this: the story of humanity looks a lot like the life of a single human being, just on a vastly different scale and pace. The future isn’t written in stone. It doesn’t exist yet. It’s a probability pattern. That’s why both extreme optimism and extreme pessimism miss the point. And that’s why we need to be careful with self-fulfilling prophecies. The stories we tell ourselves shape what we build next. As far as we know, our species appeared around 200,000 years ago. Most of that journey is still a mystery. Around 10–12,000 years ago, we began settling and organizing differently. Around 6,000 years ago, what we call civilisation began to take shape cities, monuments, complex social systems. Today, we live in a global civilization where information travels at the speed of light. Yet many of the stories we still live by were formed in completely different conditions. They’re becoming outdated. If we see humanity as a single life, then our early history is like infancy, learning, sensing, reading patterns, understanding the forces shaping reality. As we grew, we formed larger societies. And like any adolescent, we tested boundaries, competed with each other, and played games of strength and dominance. Like teen age boys do. Then came a phase of deeper questioning. Collectively, this looked like the scientific revolution. Like going to college. We learned a lot but we also partied hard. In civilizational terms, that party was oil: a massive energy surplus that let us do more than ever before.

Working on different geometrical relationships for the Solar Cross Calendar, a symmetrical 13 month calendar. I saw that if you divide the circle in 52 weeks you can draw 4x 7/11 (Great Pyramid dimensions) in radial symmetry. 13 weeks for each season, 1 for equinoxes or solstice, 13th one is the last week of each season, and 11 weeks to make each pyramid/season. The square that the 4 pyramids makes is the same perimeter as the cycle. Then start making the ‘flower of life’ pattern for 6 rows, to draw the infinity symbol for the equinoxes, and the Sun and Moon rings of the calendar. I think this could all be reversed engineered from two spots I found in the ‘flower of life’ to find the square that makes the pyramid, which would mean all proportions is derived by geometrical principles and no measurement is required, but I have to test it first. IG: @solarcrosscalerdar https://www.instagram.com/p/DRhGKFPjOS4/?igsh=MXRnaTd4Y2I4NTk0dQ==

New Moon and 1st day of the 9th month 1/9/0 (in the Solar Cross Calendar) https://www.instagram.com/p/DRQbj0KCBHe/?igsh=OGU2dTlnZmpjYTEz I drew the relationship between the Great Pyramid in Giza and the Solar Cross Calendar. If you place 4 pyramids (of base 11 and height 7) for each 4 seasons in a radial symmetry you get roughly 2 week gaps between each pyramid/season. So 52 weeks of a year ordered this way, you get 1 week for each Equinox and Solstice, 11 weeks in the seasonal pyramids and the 13th week is the last week of each season. Also the ratio of the earth and moon is roughly the same ratio of the 4 circles placed on the 4 seasons and the smaller one in the centre. (The math is very very close, the Great pyramid dimensions gets you 6.84 degrees for each week where the solar cross is 6.92, a difference of 0.08 degree that is basically invisible when drawn.)

After a conversation back and forth with chat GPT about the solar cross calendar idea. This is a summary that it wrote. Thought (and curious) to see what other people think, and constructive feedback is always appreciated. ✌️🌞🌍🌀 Chapter: The Logic of the Solar Cross Calendar The harmony of mathematics, astronomy, and timeless rhythm 1. The Idea The Solar Cross Calendar starts from two universal facts. The solar year — 365.24 days — and the four solar gateways: the equinoxes and solstices. These are real, measurable, and the same for everyone on Earth. No religion, culture, or history can change them. They are simply how the planet moves. The idea is to create a calendar that follows that movement directly. Not a system of names and months from empires, but one that comes from the actual geometry of Earth and Sun. It divides the year into 13 months of 28 days — a perfect 364-day circle — and then corrects for the extra fraction of a day with a simple rhythm of “days out of time.” 2. The Mathematical Framework Thirteen times twenty-eight is 364. One day short of the solar year. That missing 1.24 days is balanced through a clear and predictable rule: - One “day out of time” every year - An extra day every four years - Skip one every hundred - Add a week every 540 years for precession This keeps the calendar in line with the real solar year for thousands of years. It is as accurate as the Gregorian system, but simpler and easier to visualize. Each year begins on the Spring Equinox, the natural point of renewal. 3. The Fourfold Year The Earth’s path around the Sun is not perfectly even. It moves faster near January and slower near July. So the four seasons are not equal in length — spring and summer are slightly longer than autumn and winter. In this calendar, each season is 13 weeks. That even structure holds balance, while the “floating” 13th month — divided into four separate weeks tied to each solstice and equinox — allows for the natural variation of orbital speed.

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