On January 16, news, J.P. Morgan Global Equity Strategist Christopher Wood recently announced that he has completely removed Bitcoin from his model investment portfolio, sparking widespread market attention. Wood stated that the rapid development of quantum computing technology could threaten the security and mining systems of Bitcoin in the future, posing risks to its long-term viability as a store of value.
In his “Greed & Fear” newsletter, Wood pointed out that quantum technology might develop faster than expected, and as a decentralized digital asset, Bitcoin's cryptographic core has potential vulnerabilities. Once scalable quantum computing is realized, the security of the Bitcoin network will be challenged.
Since 2020, Wood had included Bitcoin in his model portfolio, increasing its allocation to 10%. However, after assessing the quantum threat, he has fully liquidated Bitcoin and reallocated the investment funds: 5% into physical gold and 5% into gold mining stocks. This demonstrates that institutional investors are cautious about their exposure to cryptocurrencies when facing emerging technological risks.
Four months ago, Wood stated that both Bitcoin and gold are important tools for hedging against US dollar depreciation, but gold still holds a unique advantage due to its centuries-long history. Additionally, he emphasized Bitcoin's appeal to younger investors, but the potential threat of quantum computing necessitates an adjustment in investment strategies.
Currently, quantum technology is still in its early stages, but the structural risks it could pose to Bitcoin protocols have entered mainstream asset allocation discussions. This development reminds investors that, as technology advances, the security and long-term value of digital assets need to be reassessed.
Wood's actions not only influence Bitcoin market sentiment but also draw attention to how institutional investors might reallocate their crypto holdings in the face of quantum threats, highlighting gold and gold mining stocks as safe havens in high-risk environments.