Len Losik

Len lives in California and is an authority in the several literary genres. In addition to writing and publishing books and magazine articles, Len record's videos for 2 community TV channels and the same videos are available on Youtube.com related to his books on topics such as the cause and recovery of childhood autism, arthritis, diabetes, mental illness, cancer, auto-immune and immune system diseases and gender expansion.

Professionally, Len has been an executive at aerospace and defense and computer companies where he acquired his expertise in business and business development. While completing research for the Canadian Space Agency personnel supporting the IEEE and AIAA Space conferences, Len was able to explain the the unique cause and recovery process for most non-genetic based diseases with prognostic and health management (PHM) technology that uses the results from AIDS, cancer and DNA research and his concept of premature aging used when he developed PHM analysis on the Air Force's Global Positioning System (GPS) program that won $4.5B in funding for his company, as Boeing's GPS Space and Ground Segment Manager.

The routine failures of launch vehicles and their billion dollar payloads often forced the Air Force General that headed the Air Force Space and Missiles System Organization in Los Angeles CA (SAMSO) to retire every time and so SAMSO was known as a cemetery for Generals. Few Generals were ever promoted out of SAMSO as a result of the non stop catastrophic spacecraft failures purchased by the U.S. Air Force.

In the author's book titled, "How the GPS Program Won Funding by the Department of Defense", Len explains how and why he developed PHM technology (a.k.a. predictive analytics) that identifies the cause and presence of premature aging in normal appearing spacecraft and satellite equipment data that causes products and equipment to fail prematurely after successfully completing factory performance testing and using this understanding, he explained why people acquire non genetic-based diseases diseases and die prematurely.

PHM proves that equipment failures (and people dying prematurely) are not random and instantaneous but predictable and thus preventable by processing performance data and physiological and biological data using his proprietary, predictive algorithms that demodulates the data to illustrate the presence of premature aging for preventing catastrophic equipment failures or deaths and the prevention of most non-genetic based diseases.

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Len's AIAA/IEEE Aerospace Conference's technical paper published at the 2012 IEEE/AIAA Aerospace Conference held yearly in Big Sky Montana titled, "Using the Brain’s Fight-or-Flight Response to Predict, Prevent and Recover from Mental Illness during NASA’s Deep Space Missions" is available on-line with an expanded content from "The American Journal of Applied Psychology" at the Science Publishing Group's web site for reading or downloading.

Len's paper published in the "The American Journal of Applied Psychology" documents his research he completed for the Canadian Space Agency's Manned Space Program's Predictive Medicine Dept. and it's results were submitted to NASA HQ triggering NASA HQ to initiate a 6 women/12 man astronaut, 12-month, long-term study of the degradation of the human body and brain under zero gravity for future planned interplanetary deep space missions. The full results of the first 10 month mission using the first male astronaut called the twins study was made available in 2018 with shocking results. Len published his original research paper and the results of the NASA 10 month research in two volumes, titled, "Beam Me Down Scotty, NASA Identifies the Damage Astronauts Suffer from Space" published in 2019.

The long term study was stopped by NASA due to the predicted, severe degradation of the first astronaut’s health by Len that had to be returned to Earth 10 months into the 12 month stay at the International Space Station in extremely poor health. The NASA astronaut, a twin brother to the husband of Senator from Arizona retired.

As an Astrophysicist, Electrical, Aerospace Engineer and space scientist, Len completed RF and digital design and redesigns of NASA, U.S. military, commercial aerospace vehicles and national and international civil and government agencies. analog and digital communications systems, including satellites, spacecraft and launch vehicles.

As Boeing's GPS Space and ground Segment Manager, Len used the first 12 Boeing GPS Block I satellites in the program's test & evaluation phase to provide the on-orbit satellite performance information necessary for the Air Force's GPS Joint Program Office to submit to the Pentagon to win funding in 1980 for their GPS program. This required Len to ensure that the 12 Boeing GPS satellites navigation payload outperformed 2 existing, Navy, satellite-based navigation systems by developing and using prognostics and health management (PHM) technology on the real-time on-orbit GPS satellite telemetry, Master Upload Station's Kalman filtered navigation performance data and stored satellite telemetry located at the Air Force's Satellite Test Center (STC) located in Sunnyvale CA.

Len used PHM and the prognostic analysis on Air Force satellite telemetry and navigation data routinely to predict Boeing's GPS satellite and launch vehicle equipment with premature aging that caused premature equipment failures for replacement just prior to GPS system wide, multi-service testing that was necessary to determine real-world GPS performance. Len's use of PHM technology allowed Boeing's 12 GPS satellites to perform at their maximum possible performance, routinely performing better than the two, fully funded Navy satellite-based navigation systems.

Predicting equipment failures was believed to be impossible for many decades due to the wide spread and required use of probability analysis, but Len discovered that his PHM technology allows engineers to physically measure product/equipment usable life invasively using common equipment test point data or equipment telemetry with certainty, changing the quality control and mission assurance paradigm from reliance on probability analysis and stochastic equations.

Len's PHM's prognostic analysis can be accomplished by engineering personnel before, during and after production and test using proprietary, predictive algorithms. Much more information is available about Len's PHM technology and its applications in at least five of Len's books that are available from all books stores, so please see his Youtube.com videos on this subject.

In his engineering career, Len was also responsible for the design of 10 NOAA/NASA's GOES Next, geostationary orbit weather and space science satellites. However, due to poor on-orbit satellite reliability from failing to test all the onboard equipment uniformly, NASA took away 5 of the 10 and awarded them to other companies.

Len also managed the Orbital/U.C. Berkeley/NASA Extreme Ultra-Violet Explorer Space Telescope, a sister ship to the NASA Hubble Space Telescope, and led the design and test of NASA's Space Station Freedom that evolved into the International Space Station (ISS) and participated the redesign of the NASA's 5 Space Shuttles to be able to launch the Global Positioning System satellites per President Reagan's orders and he completed the design and test of many national and international commercial, civil and government navigation, weather and communications satellites and launch vehicles as well as a nuclear survivable, mobile satellite control station for the U.S. Air Force to reconstitute the military’s space assets after a nuclear war.

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In the field of mental health, Len's research he completed for the Canadian Space Agency personal was used to develop a process for predicting which astronauts in training were going to acquire a mental illness during NASA's planned future deep space missions for replacement prior to launch. Unlike the medical community, in Aerospace engineering, the cause and recovery process must be understood and so Len proposed the first model for predicting mental illness and also the recovery process so that Len could use his PHM technology to predict which astronauts in training would acquire a mental illness from extended space missions. Len's research identified the cause of mental illness for astronauts, which includes getting to space and living in space and a process for people to recover from emotional disorders/illnesses and mental illnesses on any future manned low earth orbit, lunar and deep space missions

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Len has been training in martial arts since he joined his first Tae Kwon Do class after graduating from college the first time and began publishing magazine articles around 1990. Len also trained in boxing during college prior to starting his training in Tae Kwon Do. Len believes that the value in his writing is his unique interpretation of the many coral traditions, based on his scientific, engineering, psychological and philosophical background.

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Len has earned three Associate of Arts (AA) degrees in Physics, Mathematics and Liberal Arts, two Bachelor of Science (BS) degrees in Physics and Mathematics, a graduate (MS) degree in education and Electrical Engineering and a Ph.D in Electrical Engineering.

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Len's areas of expertise includes but is not limited to: Space Science, Communications Science, Astrophysics, RF & Digital Design, Electrical Engineering, Mechanical Engineering, Spacecraft Design, Aeronautical Engineering, Predictive Analytics, Global Positioning System, Martial Arts, Journalism, Human Physiology, Cancer, Autism, Mental Illness, Pedophilia, Gender Confusion, Childhood Arthritis, Diabetes, Immune and Auto Immune System Diseases, Crime Scene Analysis for Predicting Terrorists with Certainty.