Michael Cifone

Academic Background

Michael Cifone earned his Ph.D. in history and philosophy of science from the University of Maryland, College Park in 2009. His early research focused on the conceptual foundations of theoretical physics, examining the metaphysical implications of relativity and quantum theories. He has published in multiple journals spanning physics and philosophy and has taught philosophy, philosophy of science, ethics, and logic at institutions across the United States.

Since 2016, Cifone has served as a lecturer in philosophy at the City University of New York (Bronx Community College), and since 2017 as an instructor at St. John's University in Queens, New York. His teaching spans foundational logic and philosophy of science courses alongside specialized seminars on epistemology and metaphysics.

Building Academic Infrastructure for UAP Studies

In 2022, Cifone founded the Society for UAP Studies (SUAPS), establishing what many regard as the first comprehensive institutional home for rigorous academic investigation of unidentified anomalous phenomena. The Society's mission is to develop UAP Studies as a legitimate scholarly discipline through peer-reviewed publication, interdisciplinary debate, international cooperation, and strategic development of methodological standards.

That same year, Cifone launched Limina: The Journal of UAP Studies, the first peer-reviewed academic journal dedicated exclusively to UAP research. Limina provides a platform for researchers from multiple disciplines—physics, philosophy, aerospace engineering, neuroscience, history, and sociology—to publish findings using rigorous scientific methodology. The journal has become instrumental in separating serious empirical and philosophical inquiry from speculation and fringe speculation.

Conceptual Foundations of UAP Science

Cifone's current research focuses on the philosophical and conceptual challenges of constructing a science of UAP. His work emphasizes scientific methodology, epistemology, and theory-building—recognizing that UAP studies faces foundational challenges distinct from traditional physics or astronomy. He argues that the field requires careful epistemological work to establish what counts as evidence, how to handle classification ambiguity, and how to build theories that account for conflicting witness testimonies, sensor data, and physical traces.

This philosophical approach distinguishes Cifone's contribution from both traditional ufology (which often lacks methodological rigor) and scientific dismissal of UAP phenomena (which Cifone argues closes inquiry prematurely). He contends that UAP studies, when pursued with proper philosophical grounding and scientific discipline, can contribute genuinely to our understanding of aerial and aerospace anomalies.

Recent Recognition and Future Work

In February 2025, Cifone was awarded a research fellowship at the Center for Alternative Rationalities (Zentrum für Rationalität) at the University of Erlangen-Nuremberg, Germany. Beginning in October 2025, he is conducting research on a book project that aims to advance foundational concepts in UAP Studies. This international recognition reflects growing acceptance of UAP studies as a legitimate scholarly domain requiring serious philosophical and methodological work.

Impact on the Field

Cifone represents a significant shift in how UAP phenomena are approached in academic contexts. Rather than dismissing UAP reports as psychological or prosaic misidentifications, or alternatively accepting speculative narratives about extraterrestrial origin without evidence, Cifone advocates for a middle path: rigorous investigation using established scientific standards while remaining genuinely open to novel phenomena.

The Society for UAP Studies and Limina have attracted researchers with genuine scientific credentials, including physicists, philosophers of science, and aerospace engineers. This professionalization of the field has raised the bar for what kinds of claims and evidence are acceptable in academic discourse around UAP. Cifone's work has helped establish that serious scientists can investigate UAP without sacrificing credibility or methodology.