Leacock v. IonQ, Inc.

CourtDistrict Court, D. Maryland
DecidedJuly 10, 2024
Docket8:22-cv-01306
StatusUnknown

This text of Leacock v. IonQ, Inc. (Leacock v. IonQ, Inc.) is published on Counsel Stack Legal Research, covering District Court, D. Maryland primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Leacock v. IonQ, Inc., (D. Md. 2024).

Opinion

IN THE UNITED STATES DISTRICT COURT FOR THE DISTRICT OF MARYLAND

MICHAEL LEACOCK, *

Plaintiff, *

v. * Civ. No. DLB-22-1306

IONQ, INC., et al., *

Defendants. *

MEMORANDUM OPINION Michael Leacock, on behalf of himself and others similarly situated (collectively, “the plaintiffs”), filed this securities class action against IonQ, Inc. (“IonQ”), two IonQ officers (collectively, “the IonQ defendants”), dMY Technology Group, Inc. III (“dMY”), and five dMY officers (collectively, “the dMY defendants,” and collectively with the IonQ defendants, “the defendants”). IonQ develops, manufactures, and operates quantum computing hardware and software. dMY was a special purpose acquisition company founded for the purpose of effecting a merger with a technology-sector business; its merger with IonQ closed on September 30, 2021. Leacock, on behalf of shareholders who acquired IonQ stock between March 7, 2021 and May 2, 2022 (the “Class Period”), asserted violations of sections 10(b), 14(a), and 20(a) of the Securities Exchange Act of 1934, 15 U.S.C. §§ 78j(b), 78n(a), & 78t(a) (2018) (“the Exchange Act”), and two regulations promulgated thereunder, 17 C.F.R. §§ 240.10b-5 (2022) (“Rule 10b-5”) & 240.14a-9(a) (“Rule 14a-9”). ECF 64. Generally, the plaintiffs alleged the defendants defrauded them by misrepresenting what IonQ’s quantum computers could do and where its revenue came from in order to artificially inflate IonQ’s share price until the shareholders voted to approve the merger and the defendants could sell their shares. The plaintiffs contended that the post-merger disclosure of the alleged misrepresentations by a short-seller report and the defendants’ response to the report caused the price of IonQ stock to drop sharply, resulting in shareholder losses. The IonQ defendants and the dMY defendants each moved to dismiss the amended complaint under Rules 12(b)(6) and 9(b) of the Federal Rules of Civil Procedure and the Private

Securities Litigation Reform Act of 1995 (“PSLRA”). ECF 75, 75-1, 77, 77-1. On September 28, 2023, the Court granted the motions, dismissed the claims with prejudice, and closed the case. ECF 97 (memorandum opinion), 100 (amended order). On October 26, 2023, the plaintiffs moved under Rule 59(e) for reconsideration and under Rule 15(a) for leave to file an amended complaint. ECF 101. The motion is fully briefed. ECF 101- 1, 105, 106, 107, 108, 109. No hearing is necessary. See Loc. R. 105.6. For the following reasons, granting leave to amend would be futile, so the motion for reconsideration and leave to file an amended complaint is denied. I. Background1 A. Quantum computing

Quantum computing is an emerging and highly complex technology based on quantum mechanics, a subset of physics that operates at the atomic level. Quantum computers are fundamentally different from “classical” computers used today in that they “use the laws of quantum mechanics . . . to represent units of information, and those units of information interact with specially designed hardware and software to solve complex problems.” ECF 101-4, ¶ 43. A quantum computer processes information using qubits, which (unlike a classical bit) can exist in a “superposition” of 0, 1, and any value in between. Id. ¶ 44. Qubits also can exist in a state of

1 This background section draws from the proposed second amended complaint, ECF 101-4, and documents incorporated into the complaint by reference or judicially noticed, see ECF 97, at 17– 22. “entanglement,” in which one qubit instantly can share its information with another “entangled” qubit, thus exponentially accelerating computing performance far beyond classical computing capacity. Id. ¶ 45. There are numerous approaches to quantum computing. One is the “trapped ion” approach,

in which a quantum computer traps ions “in free space using electromagnetic fields, and qubits are stored in the electronic states of each ion. Quantum information is then transferred through the qubits in each ion.” Id. ¶ 46. The functionality of a trapped ion system is determined not by the number of qubits suspended in ions in the ion trap, but rather by the number of qubits that are entangled with each other in “gates.” Id. ¶¶ 46–48. Other performance metrics also indicate whether a system is useful, including “‘gate fidelity’ (a measure of reliability of the gate operation), ‘gate speed’ (the speed of the operation), ‘coherence time’ (how long a qubit remains in its state of quantumness) and ‘error rate’ (how reliable the qubit is).” Id. ¶ 48. To function effectively, a quantum computer must have 99.98% or 99.99% fidelity. It also must have effective and efficient error correction. The quantum computing industry has not yet delivered a system that reaches

“fault tolerant quantum computing”—a quantum computer able to deliver “reliable and consistent performance to run complex problems successfully.” Id. ¶ 52. B. IonQ IonQ is a quantum computing company that develops quantum computers using the “trapped ion” approach. Id. ¶¶ 64, 71. In its pre-merger form (which the complaint refers to as “Legacy IonQ”), it was founded in 2015 by two researchers and academics, Chris Monroe and Jungsang Kim. Id. The company is led by defendant Peter Chapman, who has served as its president, chief executive officer, and member of the board of directors since May 2019. Id. ¶ 26. Defendant Thomas Kramer has served as IonQ’s chief financial officer since February 2021 and as its secretary from late September 2021 until March 2022. Id. ¶ 28. IonQ leases its corporate headquarters and its research and development and manufacturing facilities from the University of Maryland (“UMD”). Id. ¶ 65. In 2016, Legacy IonQ entered into

a License Agreement with UMD and Duke University that allowed it to use work performed by Monroe and Kim at these universities to attempt to commercialize ion trap quantum computing systems. Id. ¶ 66. In return, the universities received shares of common stock in the company.2 Id. In 2019, Legacy IonQ began allowing customers to pay for access to its 11-qubit quantum computer through a cloud platform. Id. ¶ 70. In October 2020, Chapman posted an article to Legacy IonQ’s website announcing that its new quantum computing system “smashe[d] all previous records with 32 perfect qubits with gate errors low enough to feature a quantum volume of at least 4,000,000.” Id. ¶ 71.3 A press release issued that same day quoted Chapman as saying that “[i]n a single generation of hardware, we went from 11 to 32 qubits, and more importantly, improved the fidelity required to use all 32 qubits.” Id. ¶ 73. The announcements also indicated

that the 32-qubit system would first be available to customers via private beta before being commercially available via the cloud. Id. ¶ 74. C. dMY dMY was a special purpose acquisition company (“SPAC”) founded by defendants Niccolo De Masi and Harry L. You for the purpose of effecting a merger with a technology-sector business. Id. ¶ 2. A SPAC is a company incorporated to go public in an Initial Public Offering (“IPO”), to

2 These shares later converted into shares of IonQ when the merger with dMY closed. 3 Bold and italicized emphases in quotes are in the proposed second amended complaint, unless otherwise noted. find a private company to merge with, and to effectively bring that private company public without it having to undergo the IPO process. Id. ¶ 53.

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