Quantinuum, a leading quantum computing company, has announced Nathan Cobb as the new executive team member, joining the company as the Chief Commercial Officer (CCO). Nathan will direct Quantinuum’s expansion strategy to increase revenue and improve go-to-market efficiency. He will also be in charge of evangelising the potential of quantum computing when the fourth industrial revolution begins.
“Nathan joins us as we consolidate and extend our lead in the industry with the most advanced quantum hardware in the world supported by essential tools such as TKET, the most popular quantum software development kit, and of course, our rapidly growing suite of emerging software applications, such as InQuanto, our quantum computational chemistry application, and Quantum Origin, our cybersecurity solution,” “We are thrilled to have Nathan on the team, and I am personally looking forward to working closely with him.”
Ilyas Khan, CEO quantinuum.
In his previous roles as a sales team leader at SAP, Apple, Oracle, and EY, Nathan devised growth plans, oversaw change management initiatives, and forged key alliances. He also created propensity models and restructured sales areas to grow SAP North America’s Platform and Technology segment.
“I am honored to join Quantinuum at this crucial moment in the industry,” “The company has built the highest-performing, most fully integrated quantum solution on the market and is putting all the right elements in place to scale it.”
nathan Cobbs.
With Honeywell’s H1 quantum computer, Quantinuum has achieved remarkable advancements over the past eight months, including:
- Upgrading H1-1 to 20 qubits.
- Advancing real-time quantum error correction.
- Increasing the H1-quantum 2’s volume to 4096.
In addition to these hardware upgrades, Quantinuum also unveiled quantum solutions for chemistry and cybersecurity:
- Quantum Origin: A platform for creating cryptographic keys that offer enterprises improved cybersecurity defense using quantum computing.
- InQuanto: A software platform for quantum chemistry that enables users to test practical use cases using the most recent quantum algorithms, sophisticated subroutines, and noise-mitigation strategies.