6 Hamiltonian Engineering Jobs

You will be responsible for the theoretical modeling of quantum processors at QpiAI. This will involve building quantum mechanical models of superconducting qubit systems, performing numerical simulations of circuit properties and dynamics, and focusing on error correction of quantum devices. You will work closely with the processor design team to develop superconducting qubit architectures and control schemes. **Key Responsibilities:** - Build quantum mechanical models of coupled superconducting qubit systems - Perform numerical simulations of superconducting circuit properties and dynamics - Focus on error correction of quantum devices - Develop superconducting qubit architectures and cont...

You will be joining an advanced-technology scale-up in the Quantum Computing and Semiconductor Engineering sector. The company specializes in delivering enterprise-grade quantum processors by blending cutting-edge quantum hardware design, cryogenic control systems, and RF instrumentation. Your role will involve designing and executing experiments to characterize superconducting qubits, measuring coherence times, gate fidelities, and performing quantum state and process tomography. You will also be responsible for developing and maintaining cryogenic setups, implementing microwave control and readout electronics, analyzing experimental data using Python or MATLAB, and collaborating with mater...

Role Overview: You will be an integral part of an innovative technology scale-up company at the forefront of Quantum Computing, Artificial Intelligence, and Semiconductor Engineering. Your primary responsibility will involve modeling coupled superconducting-qubit systems, developing Hamiltonian-level descriptions, and conducting extensive numerical simulations to assess error-correction performance. Collaborating closely with processor-design engineers, you will refine qubit-control schemes to enhance architecture and efficiency. Additionally, you will create simulation workflows and computational tools to forecast coherence times, gate fidelities, and other essential device metrics. Emphasi...

You will be joining an advanced-technology scale-up company operating at the intersection of Quantum Computing, Artificial Intelligence, and Semiconductor Engineering. The hardware division focuses on designing full-stack enterprise quantum computers encompassing superconducting processors, cryogenic control electronics, and RF instrumentation to drive innovations in various sectors including life sciences, finance, transportation, and space exploration. In this role, you will be responsible for modeling coupled superconducting-qubit systems, creating Hamiltonian-level descriptions, and validating them through extensive numerical simulations to assess error-correction performance. Collaborat...

You will be working at an advanced-technology scale-up focused on Quantum Computing, Artificial Intelligence, and Semiconductor Engineering. The hardware division of the company specializes in designing full-stack enterprise quantum computers, including superconducting processors, cryogenic control electronics, and RF instrumentation. The goal is to unlock breakthroughs across various sectors such as life sciences, finance, transportation, and space. As the Quantum Processor Architect, your primary responsibility will be to design fully fault-tolerant and scalable quantum processors. This involves crafting blueprints and error-correction strategies for next-generation devices, with a focus o...

As an integral part of an innovative technology scale-up company at the forefront of Quantum Computing, Artificial Intelligence, and Semiconductor Engineering, you will play a crucial role in advancing enterprise quantum computing solutions. Your primary responsibility will involve modeling coupled superconducting-qubit systems, developing Hamiltonian-level descriptions, and conducting extensive numerical simulations to assess error-correction performance. Collaborating closely with processor-design engineers, you will refine qubit-control schemes to enhance architecture and efficiency. Additionally, you will create simulation workflows and computational tools to forecast coherence times, ga...