The Valuation Anxiety Behind Exploding Earnings and the Fake Heat of the Index Game

Samsung Electronics has announced that its operating profit for the second quarter increased by 19 times compared to the previous quarter, reaching a record high. This figure is truly astonishing in the traditional financial context, but the response from the capital market was a single-day plunge of over 6.8% in the company's stock price, which also dragged down Asian technology stocks such as SK Hynix. This "performance explosion but stock price collapse" phenomenon precisely reveals a deep-seated structural contradiction in the current investment logic of the technology industry: The market does not price based on the profit and loss statement of the previous quarter, but rather discounts based on the technological substitution paths and demand sustainability over the next three to five years. The explosive increase in Samsung's profits was almost entirely dependent on the surge in shipments of AI-related chips such as HBM (High Bandwidth Memory), which itself is not a diversified profit improvement story but rather a highly concentrated single-product cycle dividend. When the market discovers that this dividend is highly dependent on the purchasing rhythm of a few AI computing power providers (such as NVIDIA), any vague signals about the possible slowdown in AI capital expenditures will be magnified into fatal risk factors. The sharp decline in Samsung's stock price essentially represents a collective questioning of the proposition of "the sustainability of AI chip sales" - whether the current global AI data center construction boom has outpaced actual application needs, and whether there is an inventory bubble in the accumulation of computing power required for large model training. These questions cannot be found in Samsung's profit figures, but instead, the overly impressive figures make investors more vigilant about the approaching peak of the cycle.

Meanwhile, the three major US stock indices all closed higher against the backdrop of fluctuations in chip stocks. The Dow Jones Index broke through the 53,000-point mark for the first time. Tesla and AMD both saw gains of over 6%, but traditional chip stocks like Micron and Western Digital weakened in pre-market trading. This highly differentiated pattern within the sector reflects that the driving force of the technology sector has shifted from fundamental industry conditions to liquidity expectations and narrative shifts. Tesla's rise is more related to its energy storage business or new progress in FSD (Full Self-Driving), while AMD's rise is a bet on its increase in AI chip market share. These are in sharp contrast to the cyclical downward trends of traditional storage chips and consumer electronics chips. However, AMD's AI chip business is still much smaller than Nvidia's, and its market share increase is more due to strategic procurement through diversified supply chains rather than a substantive technological superiority over competitors. Tesla's valuation has always been disconnected from car sales, and its stock price fluctuations are more influenced by Musk's personal remarks and macro interest rate expectations. When the Dow Jones Index reached a historical high of 53,000 points, the support for this milestone was not the widespread economic prosperity, but the fund suction effect of a few leading technology companies - a large amount of passive funds followed the index allocation and flooded into these targets, further pushing up the degree of their valuation deviation from intrinsic value. This index rise driven by passive investment and derivative hedging contrasts intriguingly with the chip inventory adjustment and cautious capital expenditure attitudes in the real economy.

On July 7th, SpaceX was officially included in the Nasdaq 100 Index. This event was regarded by the market as a milestone in the commercial space industry. However, when examined from the perspective of the actual value of the technology sector, SpaceX's inclusion was more of a symbolic move by the Nasdaq Exchange to strengthen its "innovation benchmark" image. Although the commercial revenue of the Starlink business is increasing, the total size of the global broadband satellite market is far smaller than that of cloud computing or smartphones. The customer base of Starlink is still in the early stage compared to the Internet giants. Although there have been some progress in the technical tests of the Starship project, the reliability and cost-effectiveness of its reusable system have not yet reached the critical point for commercial profitability. Pushing such an enterprise, which is still consuming a large amount of capital expenditure, relying on government launch contracts and private financing, into the mainstream technology index, will bring passive capital inflows that will temporarily boost its valuation. However, this valuation increase is not based on the monetization level of its current technological capabilities, but on the forward discounting of Musk's personal vision. The Nasdaq 100 Index already contains a large number of growth-oriented companies with extremely high price-to-earnings ratios. The inclusion of SpaceX further exacerbates the excessive tilt of this index towards "future technology". Once the market risk preference reverses, these stocks without current profit support will suffer more severe drawdowns than traditional technology stocks. What is more noteworthy is that the orbital launches and Starlink business of SpaceX itself also face constraints at the technological level, such as limited low-orbit satellite spectrum resources, the pursuit pressure from international competitors (such as China Star Network, Amazon Kuiper), and risks from changes in the US defense procurement cycle. These real constraints in the technological field have been deliberately downplayed in the cheers for including the index.

When Samsung's 19-fold profit growth led to a sharp decline in its stock price, while SpaceX, despite not yet achieving positive free cash flow, gained access to the index, these two events jointly depict an awkward reality in the current technology financial market: The direction of stock prices is no longer determined by the actual progress rate of technology, but rather by the competition in terms of liquidity distribution and narrative credibility. Technology itself merely serves as a repeatedly borrowed prop in this competition.