Nederlands

Quantum computing company secures $500 million in funding

147
2025-09-30 11:26:29
Bekijk vertaling

Quantum Computing Inc. (QCI), a startup based in the United States, recently opened a foundry for integrating photonics with thin-film lithium niobate (TFLN). The company announced that it has raised $500 million in total proceeds through a new private equity offering.

It means that the Nasdaq-listed New Jersey startup, whose foundry is located within Arizona State University’s Research Park in Tempe, has now attracted $900 million support over the past year.

The firm said that the additional cash would be used to help accelerate commercialization efforts, strategic acquisitions, expand sales and engineering personnel, working capital, and general corporate purposes.

"This successful $500 million offering, backed by strong support from both new and existing top-tier institutional investors, was priced at a significant premium compared to our four recent offerings," pointed out QCI’s CEO, Yuping Huang.

 



TFLN entanglement


“This additional funding further strengthens our balance sheet and positions us to advance our multi-year growth strategy of accelerating commercialization, pursuing strategic acquisitions, expanding our sales and engineering teams, and enhancing our manufacturing capabilities.”

QCI did not specify who its latest backers are, other than to say that the offering was led by “several large existing shareholders alongside an initial investment from a pre-eminent global alternative asset manager”.

Its filings with the US Securities and Exchange Commission (SEC) indicate an unusual history, with the company previously known as “Ticketcart” and “Innovative Beverage Group Holdings” before it became QCI, listed on the Nasdaq, and merged with a company called “QPhoton”.

TFLN photonics foundries
While the funding effort means that QCI can now boast a balance sheet featuring $850 million in cash holdings, the firm’s most recent financial results indicate that it remains at a very early stage of business development.

For the quarter ending June 30, QCI posted a pre-tax loss of $36.5 million on negligible sales revenues, although that figure was heavily impacted by a $28 million write-down in the value of a “derivative liability”.

At the operating level, the company posted a loss of $10.2 million, bringing its operating loss for the first six months of 2025 to $18.5 million - up from $11.6 million for the equivalent period last year.

Towards the end of June QCI reported that it had shipped its first commercial product, an entangled photon source to support research in quantum networking and secure communications that was destined for a South Korean research institute. It is also working with research groups at the Delft University of Technology and NASA, and has secured a TFLN chip order from the National Institute of Standards and Technology (NIST).

Earlier in the year the company appeared at the SPIE Photonics West technology exhibition, promoting its TFLN foundry service for photonic integrated circuits (PIC), with the operation subsequently awarded ISO certification.

Other proponents of TFLN photonics, which has emerged as a potential competitor to silicon photonics and indium phosphide material platforms in certain PIC applications for AI data centers, include the startups Lightium and HyperLight, as well as the CSEM spin-out CCRAFT.

They all point to the promise of up to eight times faster speed and a ten-fold reduction in energy consumption as the key advantages offered by the novel thin-film material, which is already a very well understood and widely deployed material in its bulk optical format.

Source: optics.org

Gerelateerde aanbevelingen
  • A research team from the University of Chicago in the United States has demonstrated a new method for obtaining mid infrared emission using colloidal quantum dots (QDs)

    According to reports, a research team at the University of Chicago in the United States recently demonstrated a new method for obtaining mid infrared emission using colloidal quantum dots (QDs), which may open up new applications for mid infrared light sources.Colloidal quantum dots are a type of semiconductor nanocrystal material that provides a promising approach for the synthesis of light sourc...

    2023-09-21
    Bekijk vertaling
  • Amada launches latest precision laser welding workstation wl-300a

    Recently, Amada weld tech Inc., a Japanese supplier of welding and cutting solutions, grandly launched a new wl-300a precision laser welding workstation, which is equipped with advanced continuous wave (CW) or quasi continuous wave (QCW) fiber lasers. It has a wide range of applications, especially for metal welding and processing of selected plastic materials, especially in the aerospace field.Wl...

    2024-05-31
    Bekijk vertaling
  • The green and blue laser diode series provides higher beam quality

    Rutronik has expanded its optoelectronic product portfolio by introducing green and blue laser diodes packaged in metal cans TO38 and TO56 using AM OSRAM. They leave a deep impression with improved beam quality and stricter electro-optic tolerances. The power level of the laser diode ranges from 10mW to 100mW. Diodes such as PLT3 520FB and PLT5 450GB are now available on the market.The flexibility...

    2024-01-31
    Bekijk vertaling
  • The "white" laser device from startup Superlight Photonics will completely transform imaging

    Superlight Photonics, a start-up company headquartered in Enshurd, has developed a broadband laser chip that can replace the bulky and power consuming technology currently used in advanced imaging and metering equipment.This idea suddenly appeared in his mind, while moving his other belongings from Germany to his new home in Enschede. During his doctoral research at the Max Planck Institute of Mul...

    2023-10-28
    Bekijk vertaling
  • The ECSTATIC fiber optic project worth 5.1 million euros aims to prevent bridge collapse

    A new European research project is exploring whether the same fibre-optic cables that carry our internet could also serve as real-time sensors for hidden damage in infrastructure, including bridges, railways, tunnels and energy pipelines. The €5.1 million ECSTATIC project, coordinated by Aston University in the UK, is trialling this breakthrough approach in a major UK city, using a heavily-used...

    08-18
    Bekijk vertaling