Quantum physics provides a framework for describing phenomena at atomic and subatomic scales—realms far beyond the reach of classical physics. Despite its counterintuitive nature, it predicts these phenomena with remarkable accuracy. Learn more >>
Quantum physics reveals the weirdness that naturally originates at the microscopic scale. This post explores this weirdness through its most famous thought experiments: the Einstein-Bohr debate, Schrödinger’s Cat, and Quantum Entanglement.
Learn more >>
The computing landscape is evolving: CPUs innovate with hybrid multi-die architecture. This post explores advances in the chiplet-based design pioneered by AMD.
Learn more >>
Quantum computing, in modern terms, represents a new era of technology. This post explores the concept of quantum computing as envisioned by Richard Feynman—aimed at simulating the physical world using quantum rules.
Learn more >>
Exascale computing represents the next frontier in processing power. This post explores key features of supercomputing, including foundational concepts and a glimpse into its evolution over time.
Learn more >>
LLMs are increasingly seen as a versatile tool serving general purpose technologies for education, research and businesses. This post evaluates state-of-the-art LLMs across general knowledge, coding and mathematical reasoning.
Learn more >>