Trapped-Ion Quantum Processing Expert

Transforming Quantum ComputingThe world's most complex mathematical problems continue to stump even the most powerful supercomputers. Quantum computing holds the key to unlocking these challenges, but we need to turn prototypes into scalable and reliable systems. Leading the way are trapped-ion quantum processors, excelling in qubit fidelity and quantum...

Leading the Industrialization of Trapped-Ion Quantum ProcessorsWe're seeking an exceptional individual to lead the industrialization of trapped-ion quantum processors. As a key member of our team, you'll drive the development of cutting-edge ion trap chips and advance their integration into quantum processing units (QPUs). This is a unique opportunity to...

Develop Innovative Solutions for Trapped-Ion Quantum ComputingOur team in Villach is working on the integration of photonic integrated circuits (PICs) into quantum processing units (QPUs). As a Master student, you will play a key role in developing methods and structures for efficient incoupling of light into PICs.This project requires a deep understanding...

Unlock the Future of Quantum ComputingThe world's most complex mathematical problems remain unsolvable for even the most powerful supercomputers. Quantum computing holds the key to these challenges, but we need to transform today's prototypes into scalable, reliable systems. Leading the way are trapped-ion quantum processors, excelling in qubit fidelity and...

Job DescriptionYou will develop methods and structures for efficient incoupling of light in trapped-ion quantum processing units. Your tasks will include simulating and implementing efficient butt-coupled fiber-to-chip interfaces, preparing chip facettes, developing incoupling PICs, and precisely aligning fibers to PICs. This thesis has to be written in...

Transforming Quantum Prototypes into Scalable SystemsQuantum computing has the potential to solve some of the world's most complex problems, but only if we can transform today's prototypes into reliable, scalable systems. Trapped-ion quantum processors are at the forefront of this effort, offering unparalleled qubit fidelity and quantum volume. As a member...

Company Overview:Infineon Technologies AG is a global leader in semiconductor solutions, driving innovation and customer success. Our mission is to create the best Infineon for everyone by embracing diversity and inclusion.Role Summary:We are seeking an experienced Trapped-Ion Quantum Processing Expert to join our team in Villach, Austria. As a key member of...

Job DescriptionWe are seeking a highly motivated and experienced Trapped Ion Quantum Processor Engineer to join our team. As a key member of our international team, you will be responsible for driving the development of cutting-edge ion trap chips and advancing their integration into quantum processing units (QPUs). Your primary focus will be on photonic...

Collaborate on Groundbreaking Research in Ion Trap PhotonicsWe invite applications from talented Master students to join our team in Villach and contribute to the development of ion trap photonics. Your work will focus on designing and implementing efficient incoupling methods for trapped-ion quantum processing units.As a member of our team, you will have...

Unlocking the Power of Quantum ComputingAt Infineon Technologies AG, we are committed to pushing the boundaries of quantum computing and harnessing its power to create a more sustainable future. As a leader in semiconductor solutions, we believe that trapped-ion quantum processors hold the key to unlocking the full potential of quantum computing. To achieve...

Job Description:We are looking for a talented individual to fill the position of quantum technology engineer. The successful candidate will have extensive experience in semiconductor manufacturing and trapped-ion quantum technology. Key responsibilities include coordinating ITC development and fabrication across different research units and cleanroom...

Pioneering Next-Generation Quantum ProcessingOur team is working towards transforming today's prototypes into scalable and reliable quantum computing systems. We believe that trapped-ion quantum processors hold the key to unlocking the full potential of quantum computing. To achieve this goal, we are looking for a talented Photonic Interface Development...

Unlock the Power of Quantum ComputingWe are seeking a highly motivated Master student to join our team in Villach and contribute to the development of trapped-ion quantum processing units. Your work will focus on efficient incoupling of light into photonic integrated circuits, a critical challenge for scalable and reliable qubit control.The ideal candidate...

Job Description:As a Trapped-Ion Development Engineer, you will be part of a passionate international team dedicated to making quantum computing a reality. Your primary responsibilities will include:- Driving the development of cutting-edge ion trap chips- Advancing the integration of these chips into quantum processing units (QPUs)- Collaborating with...

Unlock the Future of Quantum Computing The world's toughest mathematical problems remain unsolvable for even the most powerful supercomputers. Quantum computing holds the key to these challenges, but we need to transform today's prototypes into scalable, reliable systems. Leading the way are trapped-ion quantum processors, excelling in qubit fidelity and...

Unlock the Future of Quantum Computing The world's toughest mathematical problems remain unsolvable for even the most powerful supercomputers. Quantum computing holds the key to these challenges, but we need to transform today's prototypes into scalable, reliable systems. Leading the way are trapped-ion quantum processors, excelling in qubit fidelity and...

Unlock the Future of Quantum Computing The world's toughest mathematical problems remain unsolvable for even the most powerful supercomputers. Quantum computing holds the key to these challenges, but we need to transform today's prototypes into scalable, reliable systems. Leading the way are trapped-ion quantum processors, excelling in qubit fidelity and...

Master Thesis: Photonics Development for Ion Traps (f/m/d) At a glance The world is filled with computational problems that are far too complex for today's or even future classical supercomputers. These challenges span various critical domains such as life- and material science, finance and logistics and require unparalleled computational power to solve...

Master Thesis: Photonics Development for Ion Traps (f/m/d) At a glance The world is filled with computational problems that are far too complex for today's or even future classical supercomputers. These challenges span various critical domains such as life- and material science, finance and logistics and require unparalleled computational power to...

Master Thesis: Photonics Development for Ion Traps (f/m/d) At a glance The world is filled with computational problems that are far too complex for today's or even future classical supercomputers. These challenges span various critical domains such as life- and material science, finance and logistics and require unparalleled computational power to...