Zachary Warren is a scientific researcher and seasoned scientist with a passion for uncovering the unknown, whether it be in advanced solid-state battery technology or the mysteries of Unidentified Aerial Phenomena (UAPs). Currently based in Madrid, Spain, Zachary is conducting cutting-edge research at the Institute of Ceramic and Glass (CSIC), where he focuses on developing innovative sulfur-based solid-state electrolytes and scalable solution-phase processes for next-generation batteries. His work combines electrochemical and physiochemical characterization techniques, reflecting a career-long dedication to scientific innovation and sustainability.
Originally from Texas, Zachary’s career spans a diverse set of roles, including analytical chemistry, biochemistry, and field operations. His time at Eastman Chemical in Longview, Texas, solidified his expertise in analytical method development, with contributions such as designing processes that enhanced production efficiency and increased revenue. Earlier in his career, he worked as a Senior Wireline Operator at Schlumberger, where he chemically characterized oil, gas, and water wells across onshore fields. These experiences cultivated his technical expertise and deepened his connection to the Texan landscape—a connection that now inspires his work investigating UAP sightings in the Abilene-Clyde region.
Zachary is not only an accomplished researcher but also an active mentor, having supervised students and young scientists on advanced battery research projects. His mentoring reflects his belief in collaborative scientific discovery and his commitment to fostering the next generation of innovators. He holds a Master’s in Chemistry and a Bachelor’s in Biochemistry, and he has been recognized for his academic and professional achievements, including awards for his scientific presentations and research.
Zachary’s interest in UAP phenomena reflects his curiosity for the unexplored. Leveraging his scientific background, he has begun a community-based effort to systematically document and analyze reports of UAP sightings in Taylor, Jones, Shackleford, and Callahan counties. This project seeks to combine eyewitness accounts with scientific rigor, paving the way for a standardized reporting protocol and deeper understanding of these intriguing events.
In addition to his professional work, Zachary is fluent in English and proficient in Spanish, enjoys mentoring others, and contributes to local science education initiatives. He can be reached through his LinkedIn profile at linkedin.com/in/zacharyslatewarren or via email at project.callahan.info@gmail.com.
For more information on his UAP project or to participate in the survey, Zachary invites readers and communities to reach out and help uncover the mysteries of the Texan skies.
Why I am Driven to Start Project Callahan
For as long as I can remember, the skies over Texas have fascinated me—not just for their vast, breathtaking beauty but for the mysteries they seem to conceal. Growing up in west Texas, my childhood was filled with memories of quiet nights under star-laden skies, moments of reflection, and an occasional, inexplicable glimpse of something that defied logic. Two profound events in particular—separated by nearly a decade—continue to haunt my thoughts and fuel my curiosity. These encounters with strange, dancing lights in the sky weren’t merely fleeting anomalies; they became cornerstones of a lifelong quest for understanding.
But this story isn’t just about unexplained lights; it’s about what drives me to seek answers. Over the years, I have developed a unique skill set as a scientist—skills that I believe can be leveraged to uncover truths about these phenomena. Project Callahan isn’t just an investigation; it’s the culmination of my personal experiences, professional expertise, and a relentless drive to bring scientific rigor to the unexplained.
A Childhood Marked by Mystery
My first encounter with these lights occurred during my youth, as my family returned home after a day on my grandparents’ farm. It was a warm, quiet evening, the kind Texas is known for, when the tranquility of the drive was interrupted by what can only be described as a silent, otherworldly dance of glowing orange lights. These orbs split and multiplied, forming a pattern that was as beautiful as it was baffling.
The memory of that evening remains vivid to this day, not just because of the phenomenon itself but because of the impact it had on me. It was the first time I realized there were things in this world—and perhaps beyond it—that I could not explain. That moment sparked a curiosity that has followed me ever since, a desire to understand not just what we can see but the forces and phenomena that remain hidden from view.
A Second Encounter: The Push to Investigate
Years later, as an adult working on the Post Oak Wind Farm, I had my second encounter. It was a night like so many others—long hours spent managing crews, coordinating massive cranes, and braving the harsh conditions of wind turbine construction. But as I stood there under the Texas sky, the familiar glow of orange lights appeared again. This time, I wasn’t alone. My entire crew witnessed the phenomenon, their disbelief mirroring my own.
These lights behaved in exactly the same way as the ones I had seen almost a decade earlier. Their colors, movement, and patterns were strikingly similar. The connection between these two events became impossible to ignore, and I began to feel a responsibility—an obligation—to seek answers, not just for myself but for the others who had shared this experience.
It wasn’t long after this second sighting that I learned about the Stephenville UFO incident, which had occurred on the same night and in the same direction as the lights we observed. This revelation added a layer of complexity to my personal narrative. What had we seen? Could these events be part of something larger? And why had these lights appeared to me twice, under such dramatically different circumstances?
Bringing Science to the Unexplained
These questions are what drive Project Callahan. My motivation isn’t simply rooted in curiosity—it’s grounded in the belief that we can apply scientific principles to investigate and potentially explain these phenomena. As a scientist, I have spent years honing my ability to ask the right questions, design experiments, and analyze data. These skills, combined with my personal experiences, uniquely position me to lead an initiative like this.
My background in analytical chemistry, materials science, and advanced electrochemical systems has taught me to approach problems with rigor and skepticism. Whether it was designing precise methods to analyze petrochemicals or characterizing complex materials for next-generation batteries, my career has been built on the foundation of turning uncertainty into understanding.
The same principles that guide my research—hypothesis testing, data collection, and collaboration—are at the heart of Project Callahan. By combining my expertise with eyewitness accounts, technological tools, and a multidisciplinary approach, I believe we can move beyond anecdotal evidence and bring scientific credibility to the study of Unidentified Aerial Phenomena (UAPs).
Why Project Callahan Matters
The stigma surrounding UAPs has long been a barrier to serious investigation. Witnesses often face ridicule, and reports are dismissed as fabrications or misinterpretations. But the growing body of evidence, coupled with recent efforts by government and scientific organizations to legitimize the study of UAPs, signals a shift in how we approach these mysteries. Project Callahan seeks to contribute to this evolving dialogue by focusing on a specific region—Callahan County and its surrounding areas—that has a history of unexplained sightings.
This isn’t about proving or disproving the existence of extraterrestrial life. It’s about collecting data, identifying patterns, and seeking answers. It’s about giving witnesses a platform to share their experiences without fear of judgment. And it’s about bridging the gap between personal testimony and scientific inquiry.
By systematically documenting sightings and analyzing the data, we can begin to understand the conditions under which these phenomena occur. Are they tied to specific geographic features, weather patterns, or times of year? Are there electromagnetic or optical signatures that can be measured? These are questions that science can help us answer—if we approach them with an open mind and a commitment to rigor.
A Personal Mission
For me, Project Callahan isn’t just a scientific endeavor; it’s deeply personal. It’s a way to honor the experiences of my younger self, my family, and the countless others who have witnessed something extraordinary. It’s a way to channel my skills and knowledge into something meaningful, something that might one day provide clarity where there has only been mystery.
When I look back on those two encounters—the warm evening outside Clyde and the early morning at the Post Oak Wind Farm—I feel a mix of awe and responsibility. These moments have shaped who I am, not just as a scientist but as a person. And they have led me here, to this project, to this mission.
Project Callahan is more than an investigation. It’s a quest for understanding, a commitment to truth, and a testament to the power of curiosity. Whatever the outcome, I know this is a journey worth taking. And I invite others to join me—to share their stories, to ask their own questions, and to help us unravel the mysteries of the Texas skies. Together, we can turn wonder into discovery.