How can my organization get started with Quantum Computing?
For organizations who have a demonstrated internal interest in quantum computing, we hold custom brainstorming workshops to plan your next steps and aid in hiring. If we see a clear path to a pilot project, we'll help put together a proposal to start scoping out a particular use-case.
Can we start a research collaboration?
For organizations who have a demonstrated internal interest in quantum computing, we hold custom brainstorming workshops to plan your next steps and aid in hiring. If we see a clear path to a pilot project, we'll help put together a proposal to start scoping out a particular use-case.
Can we start a research collaboration?
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Who owns the intellectual property created during a project?
Intellectual property created during the project is usually shared between the two parties in accordance to the statement of work. Co-developed patents are often shared, and final solutions (trained models, etc.) are often owned by the customer.
What is the format of the workshops?
Workshops can be held remotely or in-person. The typical in-person workshop is two days long, and the virtual workshops are four half-days. Workshops include custom lectures, whiteboard brainstorming sessions, and hands-on training. Depending on your needs, we can modify the schedule and content as needed.
What is the format of the pilot projects?
Pilot projects can last anywhere from five months to a year, and involve close communication. We set up a shared code repository and have biweekly or weekly meetings. In the early months, meetings are often lectures on the state of the research/field. Later, they turn into progress updates and new findings. We'll make sure your team understands the impact at every step.
Can we see a return on investment now?
QC Ware's solutions offer both a quantum improvement and a conventional improvement (see: [news article]). This means that our software not only solves a problem better classically, but is ready to take advantage of quantum computing when it surpasses classical computing for that use-case.