I think the biggest risk to the long-term success of Bitcoin at this point is it's own developers.
Some changes will need to be made.
But someday an unintended consequence may be accidentally placed there that destroys it all in a way that no one anticipated.
It's impossible for the future to be known. Impossible for consequences to be known.
These are young men. All men are arrogant. Young ones more so.
Similarly, well intentioned laws have hideous 2nd order effects.
curt finch
npub1twan...xjqh
on alby
Here’s the top 10 countries by population (2025 est.) with GDP per capita (nominal, USD, 2025 IMF est.):
---
1. India – 1.44B people | ~$3,100 per person
2. China – 1.41B | ~$13,500
3. United States – 345M | ~$84,000
4. Indonesia – 283M | ~$5,700
5. Pakistan – 251M | ~$1,700
6. Nigeria – 230M | ~$2,600
7. Brazil – 217M | ~$11,600
8. Bangladesh – 174M | ~$3,300
9. Russia – 144M | ~$13,000
10. Mexico – 131M | ~$12,100
---
Big contrast: the U.S. sits far above, while India, Nigeria, Pakistan, and Bangladesh are still low-income despite huge populations. China’s in the middle but much richer than South Asia/Africa, though still well below developed countries.
Bitcoin is boring
No movement in 3 months
Shortage:
The age when everyone was short due to malnutrition
'back in my day everybody was 4 ft tall because they couldn't get any food'
Why does everybody use venmo when cash app is better
Building a Weighted Bitcoin Buy Ladder
Trying to time the bottom is a fool’s game—but you can still plan to buy smart. A weighted buy ladder lets you catch dips whether Bitcoin drops a little or a lot, while putting the biggest bets at the lowest prices.
Step 1: Define Your Investment Size
Start with a fixed allocation. Example: $1,000.
Step 2: Break It Into Weighted Tranches
Instead of dividing equally, weight your buys heavier at lower prices. Use the simple formula:
1 + 2 + 3 + 4 = 10
Divide your $1,000 into 10 parts = $100 each. Now you have:
$100 (1 part)
$200 (2 parts)
$300 (3 parts)
$400 (4 parts)
Step 3: Pick Your Buy Levels
Choose price targets below the current level. You can:
Use simple percentages (e.g., -2%, -5%, -10%, -25%)
Or better: find support zones on the volume profile/price chart.
Example (from horizontal volume bars on BTC chart):
$104K
$95K
$87K
$77K
Step 4: Match Tranches to Levels
Put the smallest buy at the top, the largest at the bottom:
$100 at $104K
$200 at $95K
$300 at $87K
$400 at $77K
This way, you scale in automatically: a small drop fills a small order, a big crash fills a big one.
Step 5: Put Idle Cash to Work
While waiting for orders to trigger, don’t leave cash sitting idle. Platforms like River pay interest in Bitcoin on USD balances, so your dry powder is still working for you while parked.
Sign up at River
Why This Works
Removes guesswork – no need to “call the bottom.”
Disciplined allocation – you won’t blow all your cash on a minor dip.
Upside participation – you’re buying into strength if support holds.
Downside preparedness – if Bitcoin crashes, you’ve reserved bigger buys lower.
TL;DR
A weighted buy ladder means you:
Break your budget into unequal tranches (1,2,3,4 parts).
Place staggered limit orders at key support zones.
Put the largest order at the lowest target.
It’s a simple way to stay in the game—without having to guess the exact bottom.


Russia has GDP < Texas
Can't defeat baby neighbor in 3 years
Russia sucks too
Where is my phone built?
Got it — since you bought your Z Fold6 in Texas, it was almost certainly assembled in Samsung’s Vietnam plants. But the important components come from a global supply chain. Roughly:
Key Parts & Their Origins
Display (foldable AMOLED + Ultra Thin Glass)
Made by Samsung Display in South Korea and Vietnam.
UTG (ultra-thin glass) sourced from Schott (Germany) and finished in South Korea.
Processor (Snapdragon 8 Gen 3 for Galaxy)
Designed by Qualcomm (U.S.).
Fabricated by TSMC (Taiwan) using their 4nm node.
Memory (RAM & Storage)
Made by Samsung Electronics in South Korea and China.
Some NAND production also happens in Japan via Kioxia (Samsung also makes NAND in Korea).
Cameras (sensors & modules)
Sensors mainly from Sony (Japan) and Samsung (Korea).
Lens modules assembled in China or Vietnam.
Batteries
Supplied by Samsung SDI (Korea, China, Malaysia).
Some packs are assembled in Vietnam.
Modems / Connectivity chips
Qualcomm, same TSMC fabrication in Taiwan.
RF components from Murata (Japan) and Broadcom (U.S.).
Hinges / Mechanical parts
Designed by Samsung, manufactured/assembled in Vietnam with parts from South Korea and China.
Assembly
Final assembly for U.S.-sold phones → Vietnam (Bắc Ninh or Thái Nguyên factories).
So, the “Made in Vietnam” on your box really means “assembled in Vietnam,” but the guts are a Taiwanese CPU, Korean memory, Japanese/Samsung camera mix, Korean/German glass, and global battery suppliers.
Want me to map this into a visual supply chain flow chart (by component → country)?