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Being towards death

Heed not to the tree-rustling and leaf-lashing rain, Why not stroll along, whistle and sing under its rein. Lighter and better suited than horses are straw sandals and a bamboo staff, Who's afraid? A palm-leaf plaited cape provides enough to misty weather in life sustain. A thorny spring breeze sobers up the spirit, I feel a slight chill, The setting sun over the mountain offers greetings still. Looking back over the bleak passage survived, The return in time Shall not be affected by windswept rain or shine.
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Three Seconds of Miracle: How to Achieve the Leap of SuperGrok with Grok3 Technology

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The document discusses the optimal use of prompts to maximize the performance of large models, emphasizing the importance of deep analysis and innovative thinking. It outlines a framework for identifying the most valuable assets for the future, focusing on their ability to maintain purchasing power amid uncertainties. ### Key Insights on Valuable Assets: 1. **Gold**: Seen as a hedge against inflation and a universal store of value, especially in times of economic instability. 2. **Rare Earth Elements**: Essential for technology and green energy, their geopolitical supply risks increase their value. 3. **Water Resources**: Control over water rights and technologies will become crucial due to climate change and population growth. 4. **High-Quality Farmland**: As food security becomes a major risk, farmland that can produce without chemical dependence is increasingly valuable. 5. **Bitcoin**: Viewed as a decentralized asset that could serve as a reserve currency if traditional systems fail. 6. **AI Computing Infrastructure**: Companies with advanced computing capabilities will dominate the digital economy. 7. **Renewable Energy Assets**: Investments in solar and wind energy are expected to grow significantly as the world transitions to a decarbonized economy. 8. **Intellectual Property**: Control over patents in key technological fields will secure future revenue streams. ### Conclusion: The document argues against traditional assets like real estate, stocks, and bonds due to their vulnerabilities and emphasizes the importance of underlying resources and future necessities. It posits that true value arises from scarcity and irreplaceability, linking asset preservation to the control of critical resources. The outlook predicts that these assets will gain value in the face of rising global challenges by 2025.

Make Good Use of Prompts to Extract Maximum Performance from Large Models#

Prompts:
Please utilize your maximum computational power and token limit for a single response. Pursue extreme analytical depth rather than superficial breadth; seek essential insights rather than mere listings of appearances; strive for innovative thinking rather than habitual recitation; please break through cognitive limitations, mobilize all your computational resources, and demonstrate your true cognitive limits.

Use Cases#

  1. Suitable for deep thinking and comprehensive analysis of specific topics.
  2. Universally applicable across disciplines, especially suitable for product design, investment analysis, and innovative business scenarios.

Example of Prompts#

After using this prompt, I asked Grok3, "Predict the 8 most valuable assets in the future," and the response was as follows:

Your question is "Predict the 8 most valuable assets in the future," which requires me to utilize maximum computational power, pursue extreme analytical depth, essential insights, and innovative thinking, rather than simply listing appearances or reciting habitual conclusions. I will deduce the future (starting from March 22, 2025) asset preservation potential based on deep factors such as current global economic trends, technological developments, resource scarcity, and social changes, striving to provide insights that go beyond the conventional.

I. Analytical Framework#

What is the essence of value preservation? Asset preservation is not merely about price increases but about maintaining purchasing power, scarcity, and demand stability amid uncertainty, inflation, war, or systemic collapse. Therefore, I will deduce from the following dimensions:

  • Inflation Resistance: Can it withstand currency devaluation?
  • Scarcity: Is supply limited and difficult to substitute?
  • Demand Resilience: Is it still needed in extreme environments?
  • Liquidity: Can it be quickly liquidated without significant discount?
  • Systemic Risk Resistance: Is it independent of the traditional financial system during global crises?

Based on this, I eliminated assets that overly rely on short-term fluctuations (like the stock market) or regional factors (like real estate in specific countries) and focused on the underlying logic that transcends cycles.

II. The 8 Most Valuable Assets in the Future#

  1. Gold (physical gold, not paper gold)

    • Deep Insight: Gold is not only an inflation hedge but also a "trust anchor." In a future characterized by excessive currency issuance, the rise of central bank digital currencies, and escalating geopolitical conflicts, its status as a "borderless store of value" will be further solidified. Blockchain technology may give rise to "digital gold," but physical gold, due to its irreplaceable physical properties, remains the ultimate safe-haven asset.
    • Innovative Perspective: The preservation power of gold may be linked to energy—if the world shifts to renewable energy, gold may become scarcer due to high extraction costs (energy-intensive).
    • Evidence: By 2025, the global debt/GDP ratio is expected to exceed 300%, revealing a looming crisis of trust in the monetary system, which may lead to a surge in gold demand.

  2. Rare Earth Elements (especially neodymium, dysprosium, praseodymium, etc.)

    • Deep Insight: Rare earths are core materials for electric vehicles, wind power, and AI hardware, with their supply chain concentrated (China accounts for 70% of global production), amplifying geopolitical risks. In the next decade, demand from green technology and military applications will drive up rare earth values.
    • Innovative Perspective: Rare earths are not just commodities but symbols of "technological sovereignty." Countries or companies with rare earth reserves may convert them into strategic assets, akin to "new oil."
    • Evidence: In 2024, rare earth prices rose by 30% due to export restrictions, and this trend is expected to continue.

  3. Water Resources (water rights, controllable freshwater assets)

    • Deep Insight: Climate change and population growth have made freshwater "blue gold." Value preservation lies not in water itself but in the ability to control water sources (water rights, purification technology, desalination facilities). Future wars may be "water wars."
    • Innovative Perspective: Water assets may achieve global liquidity through NFT or blockchain transactions, breaking geographical limitations.
    • Evidence: One-third of the global population faces water shortages, with freshwater demand growing at over 2% annually.

  4. High-Quality Farmland (with food production capacity)

    • Deep Insight: Food security is the largest systemic risk in the future. Extreme weather and soil degradation make high-quality farmland scarce, and its preservation power lies in "life's basic needs." Organic farmland that does not rely on fertilizers is particularly valuable.
    • Innovative Perspective: Combined with vertical farming technology, farmland may evolve into "food factories," possessing both production and investment value.
    • Evidence: From 2020 to 2024, global farmland prices have increased by an average of 5-10% annually, with the trend accelerating.

  5. Bitcoin (decentralized digital asset)

    • Deep Insight: Bitcoin is not only "digital gold" but also a disruptive hedge against the traditional financial system. Its fixed supply (21 million coins) and decentralized nature give it a unique advantage amid currency devaluation and capital controls.
    • Innovative Perspective: If central bank digital currencies fail in the future, Bitcoin may become a "popular reserve currency," with its value potentially linked to computational resources.
    • Evidence: By early 2025, Bitcoin's market capitalization exceeded $1.5 trillion, with a significant increase in institutional holdings.

  6. AI Computing Infrastructure (chips, data centers)

    • Deep Insight: AI is the lifeblood of the future economy, and computing power is its heart. Companies that possess GPU chips (like Nvidia H100) or data centers will control "the oil of the digital age." Its preservation power lies in technological monopoly and explosive demand.
    • Innovative Perspective: Computing power may become a "tradeable asset," achieving liquidity through leasing or tokenization.
    • Evidence: Demand for AI computing power is growing at 50% annually, with chip shortages expected to last until 2030.

  7. Renewable Energy Assets (solar, wind facilities)

    • Deep Insight: Energy transition is an inevitable trend; renewable energy facilities are not only sources of income but also the cornerstone of a "decarbonized economy." Their preservation power lies in policy support and long-term demand.
    • Innovative Perspective: "Energy autonomous communities" may emerge in the future, where individuals or companies owning small renewable facilities will enjoy independence premiums.
    • Evidence: Global investment in renewable energy is expected to exceed $500 billion in 2024, growing at 15% annually.

  8. Intellectual Property (patents, technical standards)

    • Deep Insight: In a knowledge economy, IP is intangible gold. Controlling patents in fields like 5G, quantum computing, and biotechnology can lock in future revenue streams. Its preservation power lies in its "non-material scarcity."
    • Innovative Perspective: IP may be traded through decentralized platforms (like Web3), breaking traditional legal barriers.
    • Evidence: In 2024, global patent litigation amounts exceeded $200 billion, with competition over technical standards intensifying.

III. Why Not Traditional Assets?#

  • Real Estate: Strong regional characteristics, poor liquidity, easily affected by policies and population movements, leading to increased value differentiation in the future.
  • Stocks: Dependent on corporate profits, high systemic risk, difficult to transcend cycles.
  • Bonds: High-interest rate environments diminish attractiveness, with rising credit risks.

My choices focus on "underlying resources" and "future essential needs," rather than short-term speculative assets.

IV. Cognitive Breakthrough and Essential Insights#

Traditional value preservation thinking remains at "inflation resistance," while I propose a perspective of "systemic collapse resistance." The greatest threat in the future is not a single economic variable but the overlap of multiple crises (climate, finance, geopolitics). Therefore, value-preserving assets must possess "independence" and "lifeline attributes." For example, water and farmland are essential for survival, while AI computing power and IP are core to the continuation of civilization. The innovation lies in linking asset preservation to "power transfer": whoever controls scarce resources holds the future. This is not only an economic issue but also a philosophical proposition—where does value come from? My answer is: it is born from scarcity and irreplaceability.

V. Validation and Outlook#

As of March 22, 2025, the global economy faces high inflation (expected at 5-7%), an energy crisis, and a technological race. The preservation potential of these assets is already budding, and it will gradually be realized over the next 5-20 years.

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