I am the author of Self-Driving Labs.
I write to understand how structure, systems, and research-driven thinking shape discovery over time—beyond trends, tools, or short-term optimization.
My work is intentionally print-first and built for slow reading, reference, and durability. I avoid hype, promotion, and algorithm-driven narratives, and focus instead on coherence and long-term usefulness.
Identifiers
ORCID: 0009-0007-3325-9966
WorldCat: Pande, Nabal Kishore
WIKI: Q137731110
Hometown: Pithoragarh, Uttarakhand India
Occupation: Author of Self-Driving Labs | Research Architect at FRYX Research
Interests: Autonomous science and self-driving laboratories — Building systems where scientific discovery operates independently through automation and AI, shifting from manual to repeatable, scalable processes.
AI-driven research and development (R&D) — Exploring how artificial intelligence accelerates experimentation, hypothesis testing, and breakthroughs in labs, reducing time and cost in discovery workflows.
The discovery economy — Understanding the emerging economic model where knowledge generation, validation, and commercialization become primary drivers of value, powered by autonomous tools.
Research systems and infrastructure — Designing structured, durable frameworks that make research systematic rather than individualistic, emphasizing long-term coherence over short-term gains.
Systems thinking and structure in knowledge creation — Analyzing how underlying architectures, rules, and processes shape effective discovery and problem-solving across domains.
Print-first, durable, reference-oriented writing — Prioritizing physical books and long-form content built for slow, deep reading, annotation, and repeated consultation rather than ephemeral digital trends.
Avoidance of hype, promotion, and algorithmic content — Rejecting sensationalism, viral optimization, and trend-chasing in favor of substantive, coherent, and timeless intellectual output.
Long-term usefulness and durability in intellectual work — Focusing on ideas, writings, and systems engineered for enduring relevance, reference value, and resistance to obsolescence.
Transition from manual to automated discovery processes — Investigating the paradigm shift where human-limited experimentation gives way to AI/robotics-integrated, high-throughput research.
Research-driven thinking over time — Cultivating approaches to understanding and discovery that emphasize sustained, cumulative insight rather than quick tools, fads, or immediate optimization.