In the next ten years, the truly worthwhile sectors to invest in are physical AI and the infrastructure of AI civilization.

In the next ten years, 99% of people will choose the wrong wealth tracks.

Most people still flock to real estate, gold, short-term themed stocks, and speculative altcoins, indulging in short-term trading and chasing hot trends.

The real huge profits are hidden in the essential physical assets that support the operation of full-spectrum AI and are overlooked by the public, especially the hardcore infrastructure driven by ground computing power and space computing power.

1. Power grid infrastructure
AI computing centers, new energy vehicles, and the entire new energy industry are major electricity consumers. Profits are not from traditional power generation but from transmission, distribution, and smart grid equipment. Electricity will become the most scarce production resource in the long term, and both ground and space computing power depend entirely on stable power supply.

2. Copper, the core lifeline of industry
The demand for copper is rising across new energy, ground computing, satellite circuits, and inter-satellite communication cables; copper mining exploration and production cycles exceed ten years, and supply expansion cannot keep pace with explosive industry demand, initiating a long-term prosperity cycle of over ten years.

3. Nuclear power
Wind and solar power generation have large fluctuations; whether ground supercomputing data centers or future in-orbit space computing clusters, they require continuous, stable energy supply. Nuclear power will fill the massive computing energy gap and usher in a new wave of development dividends.

4. Space computing infrastructure and strategic core materials
Ground computing is limited by land, heat dissipation, electricity, and environmental regulations. Distributed space computing constellations are the ultimate expansion direction for the AI industry, with a long-term rigid growth across the entire industry chain:

- Basic infrastructure: low-earth orbit computing satellite clusters, radiation-resistant AI chips onboard satellites, high-speed laser communication networks between satellites, space flexible photovoltaic energy systems, in-orbit thermal control and heat dissipation platforms, mass rocket launch facilities;
- Indispensable core materials: gallium, germanium (core raw materials for space photovoltaics and satellite semiconductors), specialized ultra-thin radiation-resistant silicon wafers, tantalum-tungsten radiation shielding alloys, lightweight aerospace aluminum-lithium alloys, niobium high-temperature propulsion alloys.

Countries worldwide are accelerating the deployment of millions of satellite computing networks. Upstream mineral resources and aerospace hardware capacity cannot be quickly released in the short term, and supply-demand gaps will persist long-term.

5. Aluminum, the new generation of industrial main material
New energy vehicles, photovoltaic energy storage, aerospace, satellite lightweight enclosures, and onboard heat dissipation panels all rely on aluminum for lightweight upgrades, with the entire industry chain's demand continuing to rise long-term.

The future wealth order will no longer be gold, stocks, and speculative coins, but electricity, copper, stable base load energy, space computing materials, and full-spectrum industrial main materials.

Remember one thing: making money in the future is not about what is hottest now, but about laying out the essential foundational needs that humanity’s AI civilization and space computing systems will always depend on.