IonQ (IONQ) has again caught investors off guard by breaking a quantum performance record, reaching an algorithmic qubit (#AQ) metric of 64 on the company’s Tempo platform. This advancement exponentially increases the computational capabilities available for tackling real-world issues such as drug discovery, supply chain optimization, and next-generation cybersecurity. It occurs as IonQ stock, arguably the most followed name among quantum computing stocks, trades around the higher part of the stock’s 52-week range after recent volatility.
Quantum computing is now a big-budget race, as tech titans such as IBM (IBM), Alphabet (GOOG) (GOOGL), and Microsoft (MSFT) spend billions on research. It stands as significant that IonQ’s milestone is notable because it represents a commercially significant step forward, putting the company ahead of abstract potential use cases instead of promises. In the face of rising AI data center spending as well as increasing enterprise interest in computational innovations, the milestone achieved by IonQ may change the nature of investments.
IonQ is based in College Park, Maryland, and builds quantum computing platforms based on trapped-ion methodologies as the industry pioneer in quantum networking. IonQ has a market value of approximately $19 billion, making it among the largest-cap, publicly traded quantum computing companies.
IONQ shares have been very volatile, rising over 700% in the last year as hopes about quantum tech among investors spiked. In the last 52 weeks, the stock has swung between $7.99 and $76.13, lately trading around $64.21. That showing blows past the S&P 500 Index ($SPX), up less than 20% during the same time.
Valuation is still the point of contention among investors. IonQ has a price-to-sales ratio north of over 470x and a price-to-book (P/B) multiple of 17.5x, which indicate through-the-roof growth expectations rather than current profitability. As the company is still highly unprofitable, with negative returns on equity (-67.1%) as well as assets (-57.9%), investors are…
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