Experience the future of quantum technology with Dr. Mohammad Haidar, a visionary leader delivering revolutionary innovations in quantum sensors, secure communication, and next-generation computing solutions.
October 20, 2025
They presented high-precision quantum computing simulations of three-body atoms using the Non-Iterative Disentangled Unitary Coupled Cluster Variational Quantum Eigensolver
October 10, 2025
In honor of Prof. Serge Haroche, Nobel Laureate in Physics (2012), a remarkable conference was held in ICISE Quy Nhon Vietnam, celebrating 100 years of quantum physics. The event brought together many distinguished scientists and professors from around the world
October 6, 2025
Dr. Haidar Had a great time (1 hour and 1/2) at the conference organized by Brin (Quantum Physics) for Indonesia Brin
September 30, 2025
Dr. Haidar presented advances in variational quantum algorithms and open tools for molecular simulations at the Kolokium Fisika Kuantum.
August 2025
Dr. Haidar led the inaugural VSAIQC 2025, a groundbreaking event bringing together students and experts in AI and quantum computing in Southeast Asia.
2025
Dr. Haidar's latest research introduces the Non-Iterative Disentangled Unitary Coupled Cluster method, enhancing molecular simulation accuracy with lower computational demands.
Breakthrough precision measurement capabilities that transcend classical limitations, revolutionizing applications in medical diagnostics, navigation systems, and fundamental physics research.
Comprehensive training ecosystems designed to bridge the critical quantum skills gap, empowering researchers, engineers, and students with cutting-edge knowledge.
Ultra-secure quantum networks leveraging quantum key distribution protocols to create theoretically unbreakable communication channels for critical applications.
Advanced quantum algorithms addressing complex optimization problems in chemistry, materials science, and AI, delivering exponential performance advantages.
Distinguished Senior Quantum Scientist with a prestigious PhD from Sorbonne University and Founder of OpenVQA. Leading international research collaborations and delivering groundbreaking contributions to quantum metrology, NISQ algorithms, and next-generation quantum technologies that define the industry's future.
Pioneering research in quantum metrology protocols, variational quantum algorithms, and fault-tolerant quantum computing architectures that advance the theoretical and practical foundations of quantum science.
Creator of the revolutionary OpenVQE software package with over 300+ academic citations, enabling researchers worldwide to explore quantum chemistry and materials science applications.
Internationally recognized speaker and thought leader driving European quantum initiatives, fostering cross-continental collaborations, and shaping quantum technology adoption strategies.