Witt, Terence
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Since adolescence, Terence Witt has repeatedly questioned accepted physics paradigms. Unsatisfied with theoretical limitations and the inability to move beyond merely describing data and findings, Witt challenged himself to exhaustively seek out and find the answer to the elusive question “Why?” For more than 37 years, Witt researched, developed and tested his theory about the nature of the universe, and its contents. Today that theory is known as Null Physics. And now with his first book, Our Undiscovered Universe: Introducing Null Physics, Witt presents to the public and his peers Null Theory, and its groundbreaking application to our understanding of the universe.
Terence Witt studied physics at Oregon State University, but soon became disenchanted with the emptiness of its standard models and switched his major to electrical engineering. Witt graduated with a BSEE in 1984. At that same time, Harris Semiconductor Corporation, a subcontractor used by aerospace giants such as Rockwell and NASA, was starting a new submicron device program. Based on Witt’s status as a top engineering student, Harris hired Witt and appointed him to his position as a Senior Semiconductor Engineer. During his tenure at Harris, Witt won an engineering award and patent for his work in electron beam lithography. However, a friend’s illness soon shifted his focus to medical technology.
In 1990, Witt founded Witt Biomedical Corporation with a goal of making it easier for medical professionals to provide care for cardiac patients. Starting with a minimal start-up capital and no investors, Witt guided his company to $50 million in sales by 2005. Witt sold his company to Philips Medical Systems in 2006. At the time of the transaction, Witt systems had been installed in the operating rooms of more than 1,000 hospitals in 40 countries worldwide.
Currently, Witt is a visiting scientist at the prestigious Florida Institute of Technology (FIT). FIT is known for their astrophysics program and was recently named a Best Southeastern College by the Princeton Review.
Witt’s current research focuses on applying Null Physics to molecular dynamics for the advancement of biochemical and materials technologies. Witt authored Our Undiscovered Universe for the public. All proceeds from book sales go toward educational outreach, research grants, and promoting scientific exploration. Witt resides in Florida with his wife, Ginny. When not working in his laboratory, he enjoys spending time playing tennis, boating, scuba diving, piloting planes or riding motocross bikes.
For quite some time now, anyone who wanted to understand the universe's inner workings had only two places in which to turn. The first is an eclectic cast of "scientific" paradigms, which includes, but is not limited to: string theory, the Big Bang, and quantum reality. While these make valiant attempts to describe the universe and come to grips with their own glaring incompleteness, in the final analysis they can't even begin to answer questions that any child might pose. Regardless of how many popularized versions of these theories find their way into bookstores, the important questions remain unsolved because the current scientific approach lacks any trace of an underlying natural philosophy. The other option available to the inquiring mind is a disorganized quagmire of "alternative" theories. Alternative theories seldom identify their own premises unambiguously, let alone provide quantitative tests for them.
At long last, a theory has emerged that addresses the foundation of reality logically, rationally, empirically, and completely - Null Physics. The universe it reveals doesn't rely on unknowable precursors in the ancient, untestable past. The universe it reveals won't collapse or grow old and die. Null Physics tells us why the universe exists, how the universe exists, and why it is the way it is. Anyone with a familiarity with high-school physics can, by reading this volume, understand the universe with greater depth and clarity than is currently believed possible.
