Efim Zelmanov warns that the current culture around quantum computing is problematic, with companies frequently announcing exaggerated technological breakthroughs. He clarifies that despite notions of quantum advantage, a truly error-corrected, scalable quantum computer is not expected before 2029, and existing claims often overstate the technology’s readiness. This hype risks misleading public and professional expectations about quantum computing’s impact.
Zelmanov underscores the critical importance of mathematics as the backbone of cybersecurity and AI, fields that heavily depend on complex algebra and mathematical theories. He recalls how cryptographic foundations laid centuries ago have become essential in protecting digital communications today. With cyber threats increasing, cybersecurity experts and mathematicians face ongoing challenges to develop advanced protection methods.
Regarding AI, Zelmanov notes that it is a genuine revolution changing labor markets and society, with mathematical language central to AI development. He forecasts significant job displacement but insists that creativity-driven roles will persist. Zelmanov also comments on educational disparities and the need for government-supported retraining. Overall, he advocates for realistic views on quantum computing progress, the enduring importance of math, and cautious optimism about AI’s societal effects.
👉 Pročitaj original: CIO Magazine
