Date: June 3, 2025
Location: Toronto, Canada

In a major breakthrough for Pakistan’s quantum science community, Dr. Zuhair Ahmed, founder of the Centre of Excellence for Technology, Quantum, and AI (CETQAP), has received international recognition for his cutting-edge research in quantum physics.

Dr. Ahmed’s paper, titled “The Ahmed Bell Quantum Violation 3.44 Beyond the Tsirelson Bound: Experimental Demonstration of the CHSH Bell Test on IBM’s 127-Qubit Quantum Processor and Evidence of NYRRrelations in Nonlocal Entanglement,” has been listed among the Top Downloads on SSRN under the category PSN: Computational Models (Quantitative) as of June 6, 2025.

The research showcases an unprecedented experimental violation of the Tsirelson Bound, achieving a quantum correlation value of 3.44, significantly exceeding the theoretical maximum of 2√2 (~2.828). This achievement was accomplished using IBM’s state-of-the-art 127-qubit quantum processor, placing Pakistan at the forefront of quantum experimentation and challenging long-held beliefs about the limitations of quantum nonlocality.

Dr. Ahmed’s work also introduces the concept of NYRRrelations—a novel framework in understanding nonlocal entanglement that could redefine our grasp of quantum communication and teleportation. The implications for quantum computing, cryptography, and even the foundations of quantum mechanics are profound.

the paper’s rapid rise reflects the global scientific community’s keen interest in Dr. Ahmed’s groundbreaking findings.

🔗 Top Download List: View the updated Top Downloads for the category at
https://papers.ssrn.com/sol3/topten/topTenResults.cfm?groupingId=999234&netorjrnl=jrnl

This recognition further cements CETQAP’s growing influence as a global player in quantum research. Dr. Ahmed, often hailed as the “Pride of Pakistan for Quantum”, has previously led national initiatives, including the development of Pakistan’s first indigenous quantum computer (QQ1) and contributions to the UNESCO International Year of Quantum 2025 celebrations.