Revolutionizing the future through quantum solutions, secure communication, and next-generation computing solutions that transcend classical limitations.
Stay informed about our latest breakthroughs, publications, and contributions to the quantum technology landscape.
Dr. Haidar's team achieved breakthrough results in quantum computing simulations of three-body atoms using the innovative Non-Iterative method.
Dr. Haidar attended a prestigious conference in ICISE Quy Nhon celebrating 100 years of quantum physics alongside world-renowned scientists.
Dr. Haidar delivered an extensive 90-minute presentation on quantum physics applications at the BRIN conference in Indonesia.
Presented cutting-edge advances in VQA and open-source tools for molecular simulations at Kolokium Fisika Kuantum.
Dr. Haidar led the inaugural VSAIQC 2025, bringing together students and experts in AI and quantum computing across Southeast Asia.
Latest research introduces the Non-Iterative Disentangled Unitary Coupled Cluster method for enhanced molecular simulations.
Discover how our quantum innovations are transforming industries and pushing the boundaries of what's possible.
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.
Access our open-source platforms and collaborative tools for quantum computing research and development.