Matthew Mackey Email & Phone Number

My areas of research include foundational theoretical physics, foundational quantum physics, foundational mathematical physics, foundational particle physics, foundational mathematics, foundational number theory, foundational astrophysics, foundational cosmology, foundational astronomy, foundational geology, foundational life and lifeform sciences, foundational evolutionary science, and foundational dielectrics. Development and production of advanced physics devices for sale to both business/company and personal cliental. I and Isabelle Lee Stanford are the Legal Discoverers and Authors of Quantum Space-Time Theory.

My employment consists of cultivation and breeding of gourmet organic, medicinal organic, and decorative organic mushrooms including but not limited to pink oyster, blue oyster, lions mane, turkey tail, reishi, and maitake. Modern pioneering of the fruiting chamber to produce growing conditions for cultivating any and all mushroom species including all species previously thought not possible to cultivate indoors. Modern pioneering of the mushroom substrate and agar recipes and preparation methods thereof.

Gourmet organic coffee roasting and coffee drink preparation. Development, design, and construction of the espresso machine.

My employment consists of video recording and photograph production, video and photograph editing, and final form production.

A specialty online retail store that sells everything entheogen relatedincluding live plants and fully fruited mushroom trays.

A specialty online retail store that sells everything Quantum Space-TimeTheory related including books, articles, and advanced physics devicesdeveloped and produced from Quantum Space-Time Theory Research.

Middlefield, Ohio, United States

My employment consisted of inspecting and completing the manufacturing and production of parts for a client of Mercury Plastics LLC.

My employment consisted of science research in polymer processing and polymer dielectrics.

Cleveland, Ohio, United States

I carried out science research in the area of polymer dielectrics. I used microlayer coextrusion to produce layered polymer films of various polymers (e.g. polycarbonate, polysulfone, polyvinylidene fluoride homopolymers, and polyvinylidene fluoride copolymers). Films with enhanced dielectric energy density (16 J/cc) and dielectric breakdown strength as well as reduced dielectric losses were produced. A treeing mechanism was developed that explains the enhancement in dielectric breakdown strength observed in polymer layered films. An optimum polymer layer thickness and optimum polymer crystal orientation were determined, which had maximized the dielectric breakdown strength and dielectric energy density and minimized the dielectric losses. I also studied the confined crystallization of a PVDF homopolymer and several PVDF copolymers using microlayer coextrusion. The independent variables of polymer layer thickness and crystallization temperature had a significant effect on the polymer structure.During my time as a graduate student, I had mentored six undergraduate students. This included three students, each for a summer Research Experience for Undergraduates (REU) summer program. This also included one student for the Center for Layered Polymeric Systems (CLiPS) (NSF Science and Technology Center) ENVOYS High School program. Finally, this included two undergraduate students at Case Western Reserve University for an undergraduate research class offered at Case Western Reserve University. This mentoring and research experience that these six students received allowed them to contribute to my polymer dielectrics research while still allowing them to have ownership of their sub-project. Being the most senior member of the dielectrics research group at Case Western Reserve University, I also had the opportunity to mentor two less-senior graduate students on their related graduate research project in polymer dielectrics.

Doctor Of Philosophy - Phd, Chemical Engineering, Graduate School

I earned my PhD in Chemical Engineering at Case Western Reserve University in 2012 with a GPA of 3.84/4.0.

Bachelor'S Degree, Chemical Engineering, Undergraduate College

Activities and Societies: I was a member of Delta Upsilon Fraternity and also a percussion player in the Lafayette College Pep Band.I.

High School Diploma, Science And Math, 9Th To 12Th

Activities and Societies: I was a percussion player in the Champion High School Band, and a percussion player in the Champion High School.