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Building the Quantum Future: One Breakthrough at a Time
Quantum Computing Newsletter 🤖

Welcome to The Bell State.

Your weekly roundup of the biggest breakthroughs in Quantum Computing
💰 QUANTUM STOCK TRACKER 💰
Quantum Industry Needs Talent
Industry addressing shortage of talent ahead of anticipated “ChatGPT Moment”. (Source)

Quantum computing companies are proactively addressing potential future talent shortages by investing in training programs and academic partnerships.
As demand for quantum specialists grows—projected to reach 250,000 jobs by 2030 and 840,000 by 2035—industry leaders like Classiq Technologies, IBM, Google, and Microsoft are offering accessible educational resources and certifications.
These efforts aim to equip the next generation of professionals with essential quantum computing skills and prepare the field for its anticipated “ChatGPT moment,” when widespread public and industry attention could accelerate adoption.
Takeaway: The quantum industry’s proactive approach to education and workforce development is crucial for sustaining innovation and meeting the growing demand for quantum expertise.
245-Qubit Superconducting Computer
Fujitsu and RIKEN Develop the computer progress. (source)

Fujitsu and RIKEN announce a 256-qubit superconducting quantum computer, quadrupling their previous 64-qubit system.
The new system enhances computational capabilities, supporting more complex quantum algorithms.
This advancement positions Japan as a key player in the global quantum computing race
Takeaway: The collaboration between Fujitsu and RIKEN demonstrates significant progress in superconducting quantum technology, contributing to the global pursuit of practical quantum computing solutions.
Quantinuum Already Making Strides
Quantinuum achieves breakthrough in randomness for secure communications (Source)

Quantinuum’s 56-qubit trapped-ion quantum computer demonstrates high-quality quantum randomness.
This achievement is crucial for developing secure communication protocols resistant to spoofing.
The breakthrough paves the way for more robust quantum encryption methods.
Takeaway: Quantinuum’s advancement in generating quantum randomness enhances the potential for secure quantum communications, a critical component in safeguarding data in the quantum era.
📚 QUANTUM 101 📚
💼 JOB BOARD 💼
Vertical Sales Lead, AI - D Wave
Quantum Sales Executive - IBM
Director of Product Marketing - Quantinuum
Research Scientist - MIT Lincoln Lab
Open Rank (Assistant Professor, Associate Professor, or Professor) in Quantum Computing and Simulation - University of Miami
Senior Manager, Environment and Power - IonQ
Semiconductor Quantum Computing Expert - Johns Hopkins
Hardware Engineer, Microwave Design, Quantum AI - Google
[Recently FILLED]
Senior Engineer Device Validation - IonQ, Product Marketing Manager (Remote) - IonQ, Hybrid Software Engineer- Atom Computing, Quantum Management Engineer - Google, Quantum Scientist - Noblis, Summer 2025 Intern - Quantum Computing Research - AMFam , Quantum Researcher - NSA, Senior Software Engineer, Machine Learning, Quantum - Google, Product Manager - Qrypt, Quantum Science Consultant - Booz Allen, Quantum Computing Software Intern - NVIDIA, Computational Architect - Psi Quantum, Sales Director - IONQ, Director of Strategic Partnerships - IonQ, Content Designer - IBM, Summer 2024 Quantum Research Internship - IBM, Principal Software Engineer - JP Morgan
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