🤖 Quantum Computing - Industry Progress and Expectations

Quantum computing is progressing toward utility scale, bringing the next era of compute into view. With that progress comes an expectation of performance over promise. The industry is at a pivotal moment, and it's essential to address the challenges and opportunities that come with this advancement.

Key Points:

Quantum Computing Progress: Quantum computing is making significant strides, with advancements in quantum processors, algorithms, and applications. This progress is expected to lead to breakthroughs in fields like medicine, finance, and climate modeling.
Performance Over Promise: As quantum computing becomes more prevalent, there is a growing expectation for performance and results. The industry must deliver on these expectations to maintain momentum and trust.
Utility Scale: The goal of achieving utility scale in quantum computing is crucial. This means making quantum computing accessible and usable for a wide range of applications and industries.

🔗 Resources:

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Quantinuum QC
Quantum computing industry progress and expectations

🚀 Apollo 11 Computer - A Lesson in Optimization

The Apollo 11 computer had ~72KB of memory and still landed on the moon. It wasn't written in Python. Quantum is at that spot now: full-stack optimization on the qubits we have, co-designing algorithms and hardware for 2028. Constraints are the discipline.

Key Points:

Apollo 11 Computer: The Apollo 11 computer was a remarkable achievement in optimization, given its limited resources. It demonstrates the importance of constraints in driving innovation.
Quantum Optimization: Quantum computing is at a similar point, where full-stack optimization is crucial for achieving breakthroughs. Co-designing algorithms and hardware is essential for success.
Constraints as Discipline: Constraints can be a powerful driver of innovation, forcing engineers to think creatively and find new solutions.

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Quera Computing
Apollo 11 computer optimization

📝 OpenAI's Advisory Group on Mathematics and Artificial Intelligence

My feedback to OpenAI's Advisory Group on Mathematics and Artificial Intelligence: We need to create a formal framework for proof-of-effort and distribution-of-effort for mathematical theorem proving that is acceptable across industry and academia. It also needs to be

Key Points:

Formal Framework: A formal framework for proof-of-effort and distribution-of-effort is necessary for mathematical theorem proving. This framework should be acceptable across industry and academia.
Acceptance Across Industry and Academia: The framework must be widely accepted to ensure consistency and collaboration across different fields.
Distribution-of-Effort: Distribution-of-effort is crucial for achieving breakthroughs in mathematical theorem proving.

🔗 Resources:

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Omar Shehab
OpenAI's Advisory Group on Mathematics and Artificial Intelligence

🚀 Quantum World Congress

It’s Quantum World Congress week, and it comes at a pivotal moment in the quantum conversation. Quantum is progressing toward utility scale, bringing the next era of compute into view. With that progress comes an expectation of performance over promise.

Key Points:

Quantum World Congress: The Quantum World Congress is a significant event in the quantum conversation. It brings together experts and industry leaders to discuss the latest advancements and challenges.
Utility Scale: The goal of achieving utility scale in quantum computing is crucial. This means making quantum computing accessible and usable for a wide range of applications and industries.
Performance Over Promise: As quantum computing becomes more prevalent, there is a growing expectation for performance and results. The industry must deliver on these expectations to maintain momentum and trust.

🔗 Resources:

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Original source
Quantinuum QC
Quantum World Congress

🤖 String Theory and Mathematical Advisory Group

Oh. Witten from string theory is in there, huh. "We are collaborating with mathematicians who have established an independent 'Mathematical Advisory Group.' This group serves as a bridge between the mathematical community and broader society at large, reflecting mathematicians' concerns and expertise.

Key Points:

Mathematical Advisory Group: The Mathematical Advisory Group is a crucial initiative that brings together mathematicians and industry experts to address the challenges and opportunities of quantum computing.
Bridge Between Communities: The group serves as a bridge between the mathematical community and broader society, ensuring that the concerns and expertise of mathematicians are reflected in the development of quantum computing.
Collaboration and Expertise: Collaboration and expertise are essential for achieving breakthroughs in quantum computing. The Mathematical Advisory Group provides a platform for mathematicians to share their expertise and collaborate with industry experts.

🔗 Resources:

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Hottaqu
String theory and Mathematical Advisory Group

🚀 Advisory Group for Math and AI

The Advisory Group for Math and AI calls opinions how OpenAI should release their resolutions of more than 100 long-standing open problems. Here

Key Points:

Advisory Group for Math and AI: The Advisory Group for Math and AI is a crucial initiative that brings together experts to address the challenges and opportunities of mathematical theorem proving.
Open Problems: The group is calling for opinions on how OpenAI should release their resolutions of more than 100 long-standing open problems.
Collaboration and Expertise: Collaboration and expertise are essential for achieving breakthroughs in mathematical theorem proving. The Advisory Group provides a platform for experts to share their expertise and collaborate.

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Hirakunakajima
Advisory Group for Math and AI

🚀 Qiskit Fall Fest 2026

Qiskit Fall Fest 2026 is live: https:// ibm.com/quantum/events /fall-fest-2026 … The program brings quantum computing to local communities around the world through in-person and virtual events planned by university students and volunteers, with support from @IBM Quantum. Sign up. Connect. Learn. #Qiskit

Key Points:

Qiskit Fall Fest 2026: Qiskit Fall Fest 2026 is a significant event that brings quantum computing to local communities around the world.
Local Communities: The program focuses on bringing quantum computing to local communities, providing opportunities for education and collaboration.
University Students and Volunteers: University students and volunteers are involved in planning and executing the events, providing a platform for hands-on learning and community engagement.

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Qiskit
Qiskit Fall Fest 2026

🚀 QuEra + HPE

QuEra + @HPE are bringing neutral-atom, fault-tolerant quantum computing into on-prem HPC on HPE Cray. National labs and enterprises get quantum next to their classical supercomputers, cloud or on-prem. The future of compute is both.

Key Points:

QuEra + HPE: QuEra and HPE are collaborating to bring neutral-atom, fault-tolerant quantum computing to on-prem HPC on HPE Cray.
Neutral-Atom Quantum Computing: Neutral-atom quantum computing is a promising approach that offers fault-tolerant quantum computing.
On-Prem HPC: The collaboration brings quantum computing to on-prem HPC, providing a platform for national labs and enterprises to access quantum computing resources.

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Quera Computing
QuEra + HPE

🚀 US Admin and Censorship Powers

Whatever you think of the US admin, they are asking the hard questions about the vague and exceptionally broad censorship powers the AU Govt just granted itself that Australians should be asking themselves.

Key Points:

US Admin and Censorship Powers: The US admin is raising concerns about the censorship powers granted to the AU Govt.
Vague and Broad Censorship Powers: The censorship powers are vague and broad, raising concerns about their impact on free speech and expression.
Australians Should Be Asking Themselves: Australians should be asking themselves about the implications of these censorship powers and their impact on their rights and freedoms.

🔗 Resources:

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MJBiercuk
US Admin and Censorship Powers