MrMoonMath 🚀😎

Lunar soil is 45% oxygen by mass. Almost half the ground astronauts walk on is breathable air, locked inside chemical bonds with iron, titanium, and aluminum. Blue Origin's Blue Alchemist reactor heats crushed Moon rock to 1,600°C, turning it into a molten conductor. Then it runs an electric current through the melt. Oxygen ions migrate to one electrode and bubble off as gas. Iron, silicon, and aluminum collect at the other. The economics are where this gets wild. Delivering one kilogram of anything to the lunar surface costs roughly $1.2 million. A single astronaut breathes about 0.84 kg of oxygen per day. That's over $300 million per year per person just to keep breathing, shipped from Earth. This reactor doesn't just solve the breathing problem. The metals that come out of the same process are construction-grade iron and aluminum. The silicon gets refined into radiation-resistant solar cells. The glass covers those solar cells to protect them for 10+ years on the surface. One machine, running on solar power, producing air, building materials, electronics, and rocket fuel from dirt. Blue Origin estimates this could cut lunar landing costs by 60% and reduce fuel cell mass by 70%. Their facility in LA already spans 60,000 square feet of lab space with 65 researchers. They're running an autonomous demo in simulated lunar conditions this year. The real constraint on a permanent Moon base was never getting there. It was staying there without a $1.2 million-per-kilogram supply chain from Earth. This reactor breaks that constraint at the molecular level.

We are closer to controlling aging than most people realize

Existing aircraft like the Boeing 777 could be used to help cool the planet. A new modeling study from University College London suggests that stratospheric aerosol injection (SAI) — a form of solar geoengineering — could be carried out using modified commercial jets, such as the Boeing 777F freighter, without needing to build expensive, specialized high-altitude aircraft. The technique mimics the cooling effect of large volcanic eruptions by releasing sulfur dioxide into the upper atmosphere. Once released, it forms tiny reflective particles (aerosols) that scatter sunlight back into space, reducing the amount of heat reaching Earth’s surface. Traditionally, SAI was thought to require flights above 65,000 feet (20 km) in the tropics. However, researchers found that injecting particles at a lower altitude of about 43,000 feet (13 km) over the polar regions (around 60°N and 60°S) could still achieve meaningful cooling. This altitude is within reach of existing wide-body jets like the Boeing 777 after modifications. According to the simulations, releasing approximately 12 million metric tons (about 13 million US tons) of sulfur dioxide per year — primarily during spring and summer in each hemisphere — could lower global temperatures by roughly 0.6°C (about 1.1°F), similar to the temporary cooling caused by the 1991 Mount Pinatubo eruption. ["Geoengineering technique could cool planet using existing aircraft." UCL]

This is my favorite climate change chart. Japanese monks, aristocrats, and emperors kept meticulous records of cherry blossom festivals for 1,200 years and accidentally built the world's longest climate dataset.

Global solar energy capacity has skyrocketed over the last decade: - 228 gigawatts in 2015, providing 1% of the world's electricity - 759 GW in 2020, or roughly 3% of global energy demand - 2,919 GW in 2025, according to estimates - solar now supplies about 10% of the world's energy, more than nuclear at 9% (source: DW)

Renewables are the only exit strategy: Day 27 update of the structural heart attack currently taking down the fossil fuel system ➡️India: PANIC. Long queues at petrol pumps nationwide, total dry-out risk up. 9 days of reserves left. Restaurants shut in 10 states. Planting season at risk due to Gulf fertilizer shortage ➡️USA: PRICE SHOCK. Diesel prices up 33%. Gas taxes suspended and Strategic Reserves being drained. Russia and Iran sanctions quietly paused ➡️Indonesia: QUEUES FORMING. Long lines at stations in Surabaya and Jakarta. Crude reserves of 20 days. Government weighing mandatory 1-day WFH policy to cut fuel use 20% ➡️Pakistan: PARALYSIS. Massive queues at stations following overnight price surge. Schools closed. 4-day workweek. LNG terminals at 20% capacity ➡️Brazil: SHORTAGE SIGNS. Lines forming in major cities, distributors warn of gasoline shortages. Fuel prices up 13% ➡️Bangladesh: CHAOS. Long queues and literal looting at petrol stations. Owners threatening to shut down entirely due to security concerns and inadequate supply. Textile production going dark ➡️Japan: TICKING CLOCK. Usable state reserves of 95 days. Emergency release of 80m barrels started ➡️Philippines: MANDATORY 4-DAY WEEK. Long queues at petrol stations. State offices shut on Fridays. National Energy Emergency declared ➡️Vietnam: DRYING UP. Stations running out of fuel. Government mandated WFH. Country effectively in energy lockdown ➡️Türkiye: EXPLOSION. Vehicles queuing for miles as fuel prices jump for 4th time in a month. Inflation at 31%, currency under severe pressure ➡️Germany: SOCIAL UNREST. Gas over €2.32/liter. Petrol stations limited to one price change/day to prevent panic price-gouging ➡️Thailand: 3KM QUEUES. Late-night lines stretching for kilometers in rural districts. Farmers waiting overnight for rationed 1,000-baht fuel caps. AC set to 26°C ➡️UK: WARNING. Concerns over queues growing. Government reviewing National Fuel Emergency Plans ➡️France: PRECAUTIONARY PANIC. Long queues visible across Paris and suburbs. Fuel prices up 30% ➡️South Africa: STATIONS EMPTY. Motorists driving to 3 or 4 stations to find any diesel stock. Farmers rationed to 80L per day ➡️Italy: PUMP RAGE. Tax reduction of €0.25/litre. 89% of power is gas-influenced; generation costs up 58% ➡️Kenya: WHOLESALE LOCK. Dry pumps in Nairobi. Suppliers curbing wholesale sales due to price caps. Motorists queuing overnight ➡️South Korea: LONG LINES. Growing anxiety as queues form at petrol stations. 50-day countdown has started. Release of 22m barrels from strategic stockpiles ➡️Nepal: CHOKE POINT. Families queuing for days for cooking gas (LPG). Total reliance on the trans-India supply chain has become a catastrophic liability ➡️Australia: RUNNING DRY. Panic buying has caused hundreds of stations to go dryu. Tanker arrivals slowed to a crawl. Penalties for price gouging doubled ➡️Sri Lanka: RATIONING. Restricted fuel supply. 4-day workweek. Schools closed. Petrol passes and long queues are back ➡️Slovenia: LIMITS. Private drivers capped at 50L per day. Queues at borders for fuel tourism from neighbouring countries The fossil fuel era is an abusive, dirty and expensive system of renting energy through endless, risky imports to benefit the few at the expense of the many Clean energy is about owning it For every country, this is yet another trigger to convert fossil fragility into electric independence

It’s actually insane what SpaceX is doing to the space industry right now In 1981, it cost ~$65,000 to put 1 kg into orbit For 50 years, the industry accepted this as the standard. Reusable rockets were "impossible" Then one company - led by a man obsessed with getting humanity to Mars, decided that $65,000/kg was unacceptable Right now, Elon and the SpaceX team are building Starship to hit $10–$20/kg That is a massive ~4,000x price collapse It’s actually wild that we get to watch this happen in real time