Quantum Computing Software Market

Question ^*

What programming languages or frameworks are you currently using or prefer to use for quantum computing?

1. A. Qiskit

2. B. Cirq

3. C. PennyLane

4. D. Q#

5. E. Braket SDK

6. F. Other (Please Specify:__________)

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Question ^*

What is the primary deployment environment you are using or planning to use for quantum computing software?

1. A. Cloud-based Quantum Computing Platforms (e.g., AWS Braket, Azure Quantum, IBM Quantum)

2. B. On-premise Quantum Computing Hardware

3. C. Quantum Computing Simulators on Local Machines

4. D. Hybrid Cloud / On-Premise Setup

5. E. Access through a Research Institution

6. F. Other (Please Specify:__________)

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Question ^*

What is your primary objective when utilizing quantum computing software?

1. A. Algorithm Development & Optimization

2. B. Simulation & Modeling of Complex Systems

3. C. Quantum Machine Learning

4. D. Cryptography & Security

5. E. Optimization Problems (e.g., Logistics, Finance)

6. F. Quantum Error Correction Research

7. G. Other (Please Specify:__________)

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Question ^*

What are the biggest challenges you face in using current quantum computing software?

1. A. Lack of User-Friendliness / Intuitive Interface

2. B. Insufficient Computational Power / Scalability

3. C. Limited Availability of Supported Hardware Platforms

4. D. Difficulty in Debugging & Testing Quantum Programs

5. E. High Costs Associated with Software Licenses or Cloud Access

6. F. Lack of Adequate Documentation & Support

7. G. Integration Issues with Existing Classical Software

8. H. Other (Please Specify:__________)

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Question ^*

Which features or capabilities would significantly improve your quantum computing software experience?

1. A. More robust error mitigation techniques

2. B. Improved tools for visualizing quantum states and operations

3. C. Easier integration with classical high-performance computing

4. D. Access to a wider range of pre-built quantum algorithms

5. E. Enhanced simulation capabilities for noisy quantum hardware

6. F. Automated quantum circuit optimization

7. G. Better tools for collaborative development

8. H. Other (Please Specify:__________)

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