Stephanie Ness

Diplomatic Academy of Vienna, University of Vienna

Papers

Total Citations

H-Index

About

Stephanie Ness is an emerging researcher at the forefront of artificial intelligence and robotics integration, with a growing body of work that bridges theoretical frameworks and real-world applications. Her research spans autonomous systems, healthcare robotics, and AI-driven power management, positioning her as a versatile contributor to one of technology's most rapidly evolving fields. Ness's most influential work, "Synergy Between AI and Robotics: A Comprehensive Integration" (2023), has garnered 34 citations and tackles the critical challenge of bridging algorithmic intelligence with physical robotic systems — encompassing mobile robots, unmanned aerial vehicles, and semi-autonomous automobiles. Her 2024 review on AI and robotics in healthcare (19 citations) demonstrates her commitment to translating technological advances into tangible human benefit, exploring how intelligent systems can enhance patient outcomes and support medical professionals. Her most recent contribution (2025) ventures into energy resilience, proposing novel AI-driven monitoring systems to prevent power blackouts in autonomous robots operating in extreme environments. With nearly 60 cumulative citations across just three publications, Ness's trajectory suggests a researcher of considerable promise, whose interdisciplinary approach makes her work highly relevant to engineers, clinicians, and policymakers alike.