

Tyler Kleinbauer
1.3K posts

@TylerKleinbauer
Exploring the limits of Digital Twins. Building a voice-native agent that captures human logic in 15 mins. 🛠️ Django + React + Gemini Live.



Helium is the only element that escapes Earth’s atmosphere permanently. Once released, it rises through the troposphere, passes the stratosphere, and leaves the planet. It cannot be manufactured. It cannot be synthesised at industrial scale. It accumulates over billions of years in the same geological reservoirs as natural gas. And one third of the world’s supply just went offline because Iran hit the facility that extracts it. Qatar produced roughly 63 million cubic metres of helium in 2025, accounting for 30 to 36 percent of global supply from a total of approximately 190 million cubic metres. QatarEnergy’s three large helium purification plants at Ras Laffan form the world’s biggest helium production base. When LNG production stopped after Iranian drone strikes on March 2 and the subsequent missile damage on March 19, helium extraction stopped automatically because helium is recovered during natural gas liquefaction. You cannot produce helium without producing LNG. The byproduct dies with the primary product. Spot helium prices have roughly doubled since the crisis began. Industry consultants warn that prolonged disruption could push contract prices toward $2,000 per thousand cubic feet. A major industrial gas supplier has already begun assessing customers a helium surcharge. Phil Kornbluth, the most cited helium market consultant, stated the assessment directly: the world cannot compensate for the loss of a third of its helium supply. South Korea imports 64.7 percent of its helium from Qatar. SK Hynix and Samsung operate high-volume fabs producing the DRAM and high-bandwidth memory that power every AI accelerator, every data centre GPU, and every cloud computing cluster on Earth. Helium cools silicon wafers during fabrication. It serves as a carrier gas in deposition and etching tools. It enables leak detection in vacuum systems. Modern extreme ultraviolet lithography requires helium-cooled environments for precise temperature control. Without helium, the fabrication process degrades or stops. SK Hynix and Samsung hold two to three months of helium inventory. Two to three months is not a buffer. It is a countdown. If Ras Laffan remains offline beyond that window, South Korean memory production faces rationing. TSMC in Taiwan is somewhat more diversified but still uses Qatar-linked supply chains. The entire AI hardware supply chain, from HBM3E memory stacks to advanced logic chips, sits inside helium-dependent ecosystems. Beyond semiconductors, helium cools the superconducting magnets in more than 14,000 MRI machines operating worldwide. It pressurises rocket fuel tanks and purges propulsion systems in aerospace. CERN’s Large Hadron Collider depends on helium cryogenic systems. There is no substitute for helium in any of these applications at industrial scale. The United States and Qatar together account for more than 70 percent of global production. The US federal helium reserve and private suppliers offer partial relief, but global prices and spot availability are still governed by Qatar’s market share. Japan’s Iwatani has drawn on US reserves. Canada and the Rockies are seeing renewed investor interest. None of this replaces 63 million cubic metres in weeks. The war hit uranium first. Then oil. Then nitrogen. Then water. Then plastic. Then medicine. Then sulfur. Now helium. Eight layers. Each one deeper. Each one closer to the infrastructure that sustains modern civilisation. The chip that processes your data, the magnet that scans your body, and the rocket that launches your satellite all depend on an atom that leaves the planet when you lose it. open.substack.com/pub/shanakaans…

The real problem is nitrogen-based fertilizers, which are, as a rule, derived from oil-based naphtha or natural gas. Currently, Qatar takes natural gas produced at its South Pars gas field, which was recently struck by Iran, to make ammonia and convert it into urea. Urea is a natural gas-based fertilizer made primarily of nitrogen that you can spread in physical form, whether pellets or ground powder. This one facility in Qatar is responsible for about 11% of global urea production, the primary method that people use to apply nitrogen. Collectively, the Persian Gulf is responsible for between 30 and 35% of global ammonia production. And all of that has now gone to zero. Now, of the three primary fertilizer nutrients (nitrogen, phosphorus, and potassium), nitrogen is the one I am least concerned with in the short term, because it can be derived from either natural gas itself or oil. Here in the United States, we are a net oil exporter, have scads of natural gas, and can produce pretty much all the nitrogen we need. But now, due to recent attacks on Persian Gulf infrastructure, a large majority of the globe cannot do the same. In the short term - in the U.S. - we're likely to avoid massive shortages of nitrogen-based fertilizers. Yes, prices will rise, but we won't have actual shortages. But if you fast forward one, two, three, ten, or twenty years, the rest of the world will be in chronic nitrogen deficit. That's before you consider shortages of the other materials that are likely to manifest in the years to come. So, prepare for an environment where global food production stalls...and then crashes. #agriculture #farming #fertilizer #geopolitics








I hate to be the bearer of bad news but if infrastructure like this 👇 gets blown up, as of this moment it will take at least a decade to recover from this war - and the truth is that the world's energy picture is probably changed forever. This single facility 👇produced roughly 20% of global LNG supply (aljazeera.com/news/2026/3/18…) and, as of 2011, had taken $70 billion to build (energyintel.com/0000017b-a7be-…). What makes this even worse is that Iran's strike on this was retaliation after Israel attacked their South Pars gas field which draws from the same natural gas reservoir, which is the world's largest by far (9,700 km² - about the size of Qatar itself). Heck, on the list of the 25 largest natural gas fields (en.wikipedia.org/wiki/List_of_n…) this single reservoir holds roughly 40% of their combined recoverable reserves - and is nearly 6 times bigger than the 2nd biggest field in the world. And, unlike many of the others on the list, it's only at 10% depletion (meaning 90% of the gas is still there). Which means that, probably for many years, a huge share of the gas from the world's largest reservoir simply won't be extractable, as infrastructure on both sides - Qatar's and Iran's - has now been blown up. From a global energy supply perspective, we're deep into worst-case scenario territory.


If you want the scientific demolition of introspection, this is the book: amazon.com/Mind-Flat-Rema…


Google search term “can’t sell house” hits new all-time high.


The irony is that traveling on <$1000/mo is way more fun than >$10,000/mo Luxury travel is extremely boring, comfortable, not challenging, sycophantic (yes sir) Travel on a shoestring budget you get inventive, are forced to meet locals just to survive and get around, have to hitchhike etc I like to combine cheap and luxury travel which keeps my brain from decaying and the contrast actually lets you enjoy both