Quantum and Semiconductors

In-depth analysis of how quantum materials, devices, and post-silicon semiconductors are reshaping computing, sensing, and national security. This tag covers breakthroughs in quantum materials, advanced chip fabrication, AI hardware, and next-generation semiconductor architectures that move beyond silicon to enable scalable quantum systems and high-performance computing. Focused on real materials, real devices, and real manufacturing pathways shaping the future of technology leadership.

Owning the Next Chip Paradigm: Bringing Advanced Fabs Back to America

Today, over 90% of the world’s most advanced semiconductors are made in Taiwan, placing the “brains” of our defense systems, communications, and economy at the mercy of geopolitics.

Quantum Horizons: The Next Frontier of U.S.-China Technological Competition

This isn’t just theoretical hype: in specific experiments, rudimentary quantum processors have already achieved “quantum supremacy” by solving designed problems far faster than a classical supercomputer could.

Chips and Geopolitics: Why Semiconductors Are at the Heart of the U.S.-China Tech Rivalry

In response to these vulnerabilities, the United States has launched an ambitious push to “reshore” semiconductor manufacturing; essentially, to bring chip fabs back onto U.S. soil.