1. Algebra is good for problem-solving.
2. Geometry is good for visual thinking.
3. Calculus is good for understanding change.
4. Statistics is good for decision-making.
5. Number theory is good for logical discipline.
6. Linear algebra is good for modern science and engineering.
7. Discrete math is good for computer science.
8. Differential equations are good for modeling the real world.
9. Optimization is good for smart planning.
10. Graph theory is good for network thinking.
11. Set theory is good for structured reasoning.
12. Practice is good for mathematical fluency.
13. Curiosity is good for lifelong learning in math.
Another “brain-inspired” chip making headlines. Another reminder that the future of AI isn’t just bigger GPUs—it’s neuromorphic computing. 🧠⚡
A new Chinese chip reportedly achieved 50–478× the performance of an NVIDIA A100 on a specialized brain-mapping task using in-memory computing, highlighting the industry’s shift toward brain-inspired, ultra-efficient architectures.
BrainChip isn’t chasing yesterday’s AI. It’s building for the next generation with Akida: event-driven, ultra-low-power Edge AI for robotics, automotive, industrial, aerospace, and defense.
The market is validating the direction. The companies already commercializing neuromorphic AI could be the biggest beneficiaries.
$BRN $BRCHF
https://t.co/h71sqjMz73
Indeed, it was *because* I was not from the aerospace industry that SpaceX made such radical breakthroughs. Same for Tesla.
Those in the industry would have if they could have.
275 years apart, the 4,500-year-old cypress tree, the oldest in China, on a painting by Emperor Qianglong of Qing Dynasty, and by a modern camera.
[📍 Dengfeng city, Central China's Henan province]
🚨 IF COPPER HITS ITS TRUE VALUE, I’M SET FOR LIFE!
Bernstein forecasts that a copper shortage will begin in 2027,
and will gradually worsen through 2050.
Those who pay attention to this thread will become extremely RICH.
Demand is surging, but supply is constrained by depleted mines and restrictive permitting.
Here’s why a COPPER supercycle is coming:
1. THE SUPPLY CLIFF (THE REAL ALPHA)
This is where the Bitcoin comparison is literal.
There are NO NEW MINES.
It takes 17 to 20 years to permit and build a new major copper mine.
Even if we found a massive deposit today...
It wouldn't produce metal until the 2040s.
Grades are declining. The easy copper is gone.
We’re digging deeper for lower-quality ore.
S&P Global just forecasted a 10 MILLION TONNE ANNUAL DEFICIT by 2040.
That’s 25% of demand that simply can’t be met at current prices.
2. THE "AI" ENERGY SHOCK
Copper demand isn’t exploding because of cars.
It’s exploding because AI needs power, cooling, and miles of wiring.
A recent 2026 report projects data center capacity will 10x by 2040.
And the grid? You cannot just add AI to the old grid, because AI servers consume massive power.
They require liquid cooling systems heavily reliant on copper plates and piping.
Upgrading the grid to handle this load requires millions of miles of new copper transmission lines.
3. THE GREEN TRANSITION ISN'T SLOWING
Even without AI, the electrification numbers are INSANE.
An EV requires ~3x more copper than a gas car (80kg vs 23kg).
Wind and solar farms are massive copper sinks.
We’re trying to rebuild the entire global energy infrastructure in 25 years.
Using a metal we haven't mined yet.
When the supply squeeze hits in the late 2020s and early 2030s...
Copper won't just be an industrial metal.
It will be a STRATEGIC MONETARY ASSET.
Manufacturers will bid up the price to secure inventory just to keep factories running.
I’m front-running the inevitable panic.
The price of Copper today is a gift. See you in 2030.
How do I know all of this?
I’ve been in macro for 23 years, and I’ve called every market top and bottom for OVER A DECADE.
From now on, I promise to share all my moves publicly for everyone to see.
If you want to succeed, all you have to do is follow me.
Many people will regret not following me.