@BrightInsight6 I‘ll always follow your content elsewhere as I‘ll definitely not renew my subscription here. The last year showed me that the general quality of post here isn’t what I expected. Let’s see if the free subscription will let me experience anything interesting here.
@elonmusk is father of 14 children from 4 successive women. His average „birth per woman“ is 3,5[=14/4]. But he improved the efficiency by doing the job of 3 others men! It should be „birth per couple“, so his participation would be 5,6 [=(14/5)x2]. World fertility needs men too!
Dieser Vergleich war eine sehr schlechte Erfahrung. Es war schon enttäuschend letztes Mal als @grok mir Möbelhäuser vorgeschlagen hattest, die gar nicht gabt. Hier wieder ähnlich, Kühlschränke vorschlagen die eigentlich nicht existieren. https://t.co/ZxgB3bqiWj
@DrEliDavid@grok please demonstrate with facts based on numerical evidence that’s a stigmatization. Moreover explain how well integrated are foreign in Germany to compare with other European nations.
@elonmusk@grok please explain what @Tesla needs to improve to get its FSD allowed in Europe: Focus on technical (hardware, software and validation) but also mention relationships with states (homologation, employment and investment) and unions (fine in France but strikes in Sweden)
💫 centripetal force 🆚 polygon geometry🔺#TravelingRings 💪🏼 Finally I can fully comprehend the increasing difficulty of the outer swing along with the growing amount of sides of the polygon, which is also depending on the centripetal force mainly resulting out of the ration string length by spacing. I feel now so relieved to have solved this physical behavior and I‘m looking forward to apply my knowledge to discover new spot or even better, to design a full bunch of different rigs for the greatest pleasure of all!
#Grok2 still need some training to correctly compare the g-force between a simple pendulum and a conical pendulum. Hopefully it learns from its failures https://t.co/PNI5IwrZcQ
🔟 **19.12° ± 1.10° N/S** (~250km)
**Significant Cities:**
- **North**: **Mexico City (🇲🇽 Mexico)**, **Mumbai (🇮🇳 India)**, Pune (🇮🇳 India), Guadalajara (🇲🇽 Mexico), **Port Louis (🇲🇺 Mauritius)**, **Brasília (🇧🇷 Brazil)**, **Belo Horizonte (🇧🇷 Brazil)**, **Antananarivo (🇲🇬 Madagascar)**
- **South**: **Ocean🌊**: No major cities, but includes northern Madagascar like Antsiranana.
**Major Natural Formations**: The Sierra Madre, the Western Ghats, and the Arabian Desert.
**Climate**: Hot and humid year-round.
- **Disease**: Higher risk, managed in urban areas.
- **Population**: High in the North; lower in the South due to geography.
- **Habitability**: High with urban adaptations; otherwise challenging due to climate.
- **Level of Freedom and Safety**: Varies significantly; lower in Yemen, moderate in Mexico and India with safety concerns in urban areas.
**Earth's 10 Most Habitable Latitudes**
**Introduction to Habitability Ranking:**
The habitability of these latitude ranges is ranked based on several key parameters:
- **Climate**: Favorable weather conditions for human comfort and health, including temperature, precipitation, and seasonality.
- **Disease Risk**: The presence or absence of vector-borne diseases, considering both natural conditions and the effectiveness of health infrastructure.
- **Population Density**: The concentration of human populations, reflecting areas where human settlement has historically thrived.
- **Water Access**: Availability of fresh water for living, agriculture, and industry.
- **Infrastructure**: The development of urban systems supporting health, sanitation, transportation, and economic activities.
- **Economic and Cultural Vitality**: Areas with significant economic, cultural, or political centers tend to rank higher due to human adaptation and development.
- **Level of Freedom and Safety**: The degree to which residents experience personal freedoms, safety from crime, and security from external threats.
**Here are the ten ranges of latitude with their respective habitability ranking:**
- **7.14° ± 1.11° N/S** - 6️⃣
- **19.12° ± 1.10° N/S** - 🔟
- **24.14° ± 1.12° N/S** - 5️⃣
- **29.88° ± 1.09° N/S** - 2️⃣
- **34.57° ± 1.10° N/S** - 1️⃣
- **36.13° ± 1.09° N/S** - 8️⃣
- **40.62° ± 1.09° N/S** - 3️⃣
- **45.12° ± 1.09° N/S** - 9️⃣
- **49.62° ± 1.10° N/S** - 4️⃣
- **52.12° ± 1.11° N/S** - 7️⃣
**Why Adjust Latitude Ranges?**
- We aim to cover significant cities within a span that's ~250km, acknowledging that the actual distance per degree of latitude decreases as you move towards the poles. This adjustment ensures we're capturing the most relevant urban centers.
**Future Potential:**
Looking ahead to the next 20 years, the regions around **34.57° ± 1.10° N/S** and **36.13° ± 1.09° N/S** stand out for their potential to flourish. These areas include cities like Tokyo, Sydney, Melbourne, San Francisco, which are already hubs of innovation, technology, and sustainability. With their high levels of safety, freedom, and economic vitality, coupled with ongoing investments in green technology and urban planning, these regions are poised for significant growth in quality of life, economic development, and environmental sustainability. The range **40.62° ± 1.09° N/S**, encompassing New York, Beijing, and Seoul, could also see remarkable progress, combining global economic power with cultural dynamism. Keep an eye on these latitudes for where the future might just be blossoming. 🌱🌍🚀
9️⃣ **45.12° ± 1.09° N/S** (~250km)
**Significant Cities:**
- **North**: **Milan (🇮🇹 Italy)**, **Seattle (🇺🇸 USA)**, **Geneva (🇨🇭 Switzerland)**, Lyon (🇫🇷 France), Turin (🇮🇹 Italy)
- **South**: **Ocean🌊**: No significant cities.
**Major Natural Formations**: The Alps, the Carpathians, and the Cascade Range.
**Climate**: Temperate with distinct seasons.
- **Disease**: Low risk from vectors.
- **Population**: More in the North; very sparse in the South.
- **Habitability**: High in urban areas of the North; less so in the South due to isolation.
- **Level of Freedom and Safety**: High across Europe and North America, with Serbia being somewhat lower.