On April 9, a listed company called MGM Resources Corp. finished a reverse takeover by a private firm and renamed itself QuantumCore Ltd. (CSE: QNCR) (OTCQB: QNCRF) (FSE: K1Y). Six months later, it has three hardware programs on the books. The newest one, announced October 7, has a prototype target and no price tag.
QuantumCore Begins Cryogenic Multiplexing Chip Development
QuantumCore disclosed on October 7 that it has begun developing multiplexing microchips. The chips are meant to cut the number of physical connections running between room-temperature control electronics and a quantum processing unit, or QPU, the chip that holds the qubits. It is the company’s third hardware platform, after a superconducting amplifier and a single-photon detector.
The program runs under a Sponsored Research Agreement with the University of Waterloo, a contract in which a company funds a defined research program at a university lab. Professor Raafat Mansour of Waterloo’s Department of Electrical and Computer Engineering leads it as principal investigator. The release calls the agreement recent. It gives neither a signing date nor a dollar value.
Mansour is already working on a multiplexing device that QuantumCore intends to optimize for quantum computing. The company expects commercial prototypes within 12 months.
QuantumCore Targets Wiring Inside Quantum Refrigerators
Superconducting quantum computers operate inside a dilution refrigerator, a cooling system that holds the processor at millikelvin temperatures, thousandths of a degree above absolute zero. Control and readout lines run from room-temperature electronics down through several temperature stages to reach it. More qubits means more lines.
According to QuantumCore, dense wiring adds heat to a mixing chamber with very limited cooling capacity. It can also bring signal loss and crosstalk, and the company argues a one-wire-per-qubit design will not hold up as systems move toward one million physical qubits.
Multiplexing would let several qubits share control and readout lines through switch matrices operating at cryogenic temperatures.
QuantumCore plans to build those switches from phase-change material, or PCM, alongside superconducting switch matrices. PCM switches latch. Per the company, they draw power mainly when changing state and almost none to hold it, which matters in a space where every added source of heat counts. The research plan claims PCM switches beat existing radio-frequency switch technologies (RF CMOS and RF MEMS) on a figure of merit; that comparison comes from the company’s release and has not been independently tested.
QuantumCore’s Waterloo Program Began as a July MOU
The Waterloo work started on July 23, when QuantumCore entered a memorandum of understanding with Mansour to set up a research and commercialization collaboration on cryogenic multiplexing chips. A memorandum of understanding, or MOU, records the parties’ intentions before formal terms are signed. That release did not describe the MOU as binding and gave no funding figure.
QuantumCore said then that it intended to fund the program and expected its spending to help attract non-dilutive research funding, meaning grants or program money rather than new shares. No such grant appears in the releases reviewed for this article.
Mansour is a former Tier 1 Canada Research Chair in Micro-Nano Integrated RF Systems. Both releases also state he served two consecutive terms as the NSERC Industrial Research Chair in RF technologies.
QuantumCore Raised C$5.1 Million Before Its Avalanche Deal
On August 18, QuantumCore closed the final tranche of a non-brokered private placement: 2,556,945 shares in total at C$2.00 each, for gross proceeds of C$5,113,890. Non-brokered means no investment dealer underwrote the sale. Proceeds are earmarked for general corporate and working capital purposes, and the new shares dilute existing holders.
On September 11, the company completed its purchase of Avalanche PhotoniQ, a private developer of single-photon detectors, for C$2.0 million. C$1,070,000 was paid in cash at closing. The other C$930,000 is due after 100 qualifying detectors are produced and can be settled in cash or in QuantumCore shares. A separate C$1.0 million earn-out is owed if the detector business reaches C$1.0 million of annual net revenue. Any shares used would be priced at the 20-day volume-weighted average trading price on the CSE.
The stock has traded on the OTCQB since July 20; the OTCQB is OTC Markets’ venture-stage US trading tier. Its shares became DTC eligible on September 4. DTC eligibility lets US brokers clear and settle the shares electronically through the Depository Trust Company.
QuantumCore’s Reverse Takeover and Paid Investor Awareness Budget
QuantumCore completed its reverse takeover on April 9. In a reverse takeover, a private company goes public by combining with an already-listed one. Here, QuantumCore Inc. amalgamated with a subsidiary of MGM Resources Corp., which consolidated its shares at one new share for every 50.866667 old ones and changed its name. The release did not state how ownership split after closing. It refers readers to the March 31, 2026 listing statement on SEDAR+.
The August 18 placement release carried a second item. QuantumCore amended an agreement with Altura Media Co. Inc., a Vancouver marketing and communications firm, adding a C$420,000 budget plus taxes for digital investor awareness. The campaign includes advertising, sponsored content, newsletters and videos aimed at English- and German-speaking investors. QuantumCore said the two firms are unaffiliated and that, to its knowledge, Altura holds no QuantumCore shares. The amendment was subject to CSE acceptance.
Readers may encounter paid content about this stock.
None of the releases reviewed for this article disclose revenue.
QuantumCore Multiplexing Prototypes Targeted by October 2027
QuantumCore expects commercial multiplexing prototypes within 12 months of its October 7, 2026 announcement, which places the target around October 2027. The C$930,000 Avalanche milestone has no disclosed date; it falls due when 100 qualifying detectors have been produced. Shares from the August placement carry a hold period of four months and one day from issuance. Counted from the August 11 and August 18 closing announcements, those periods would end around December 12 and December 19, 2026.
Sources
- TMX Newsfile: QuantumCore Begins Development of Third Critical Technology for Scalable Quantum Computing, October 7, 2026
- TMX Newsfile: QuantumCore Completes Acquisition of Avalanche PhotoniQ, September 11, 2026
- TMX Newsfile: QuantumCore Announces DTC Eligibility for U.S. Traded Shares, September 4, 2026
- TMX Newsfile: QuantumCore Announces Closing of Second Tranche of Non-Brokered Private Placement, August 18, 2026
- TMX Newsfile: QuantumCore Announces Closing of Strategic Investment and Upsize of Offering, August 11, 2026
- TMX Newsfile: QuantumCore Announces Strategic Collaboration to Advance Cryogenic Multiplexing Technologies for Scalable Quantum Computing Infrastructure, July 23, 2026
- TMX Newsfile: QuantumCore Ltd. Commences Trading on the OTCQB Venture Market, July 21, 2026
- TMX Newsfile: QuantumCore Ltd. Announces Completion of Reverse Takeover Transaction, April 9, 2026
Editorial Disclosure
This article is based on QuantumCore Ltd. press releases distributed through TMX Newsfile between April 9 and October 7, 2026. The security discussed is QuantumCore Ltd. (CSE: QNCR) (OTCQB: QNCRF) (FSE: K1Y). Avalanche PhotoniQ Inc., now a QuantumCore subsidiary, and Altura Media Co. Inc. are private companies with no listed securities. aktiego.com has not received any compensation from QuantumCore, its management, investor relations representatives, Altura Media or any third party. No staff member or principal of aktiego.com holds a position in this security at the time of publication.
QuantumCore’s cryogenic multiplexing program is at an early research and development stage. No prototype has been disclosed, and the 12-month prototype timeline is the company’s own target, not a guarantee. Performance claims for phase-change material switches, including the comparison with RF CMOS and RF MEMS switches, come from the company and have not been independently verified. The October 7 release does not disclose the University of Waterloo agreement’s dollar value or signing date. The July 23, 2026 memorandum of understanding was not described as binding in the company’s release.
No revenue was disclosed in the releases reviewed, and no specific cash position or cash runway was identified in the sources reviewed. The August 2026 private placement issued 2,556,945 new shares at C$2.00 for gross proceeds of C$5,113,890, diluting existing shareholders. The C$930,000 Avalanche milestone payment and the potential C$1.0 million earn-out may be paid in QuantumCore shares, which would add further dilution.
QuantumCore became public through a reverse takeover of MGM Resources Corp. completed April 9, 2026. The release announcing completion does not state the post-closing ownership split; the March 31, 2026 listing statement on SEDAR+ contains the transaction details and the company’s risk factors.
QuantumCore has disclosed a paid digital investor awareness engagement with Altura Media Co. Inc., amended on August 18, 2026 to add a C$420,000 budget plus taxes. Promotional content about the company may circulate as a result of that campaign. QNCRF trades on the OTCQB and became DTC eligible on September 4, 2026.
Small cap and micro-cap stocks listed on the CSE and OTC markets are speculative investments carrying significant risk including potential total loss of capital. Coverage on aktiego.com is provided for informational and educational purposes only. aktiego.com is not a registered investment advisor. Nothing in this article constitutes financial, investment, or professional advice. Readers are encouraged to conduct their own due diligence and consult a qualified financial advisor before making any investment decisions. For more information please see our full DISCLAIMER.
