Research colleagues John Obik and Matthew Mitchel Urquhart completed a 32-year research project studying physics and had success with matter acceleration operation on January 1, 2011, which proved physics theories. New computer technology and advances in electrostatic levitation devices were also achieved. The project - a 32-year long, investor-funded scientific research project, Project Home 2011, managed by the Australian company Envirotech E.A. Ltd. - succeeded with a matter acceleration test on January 1, 2011.
Project Home 2011 began in 1979 and was completed January 1, 2011. John and Matt assembled the disc in the vacuum space chamber. The disc in the vacuum ran on a cushion of magnetism, which emitted no material discharge that would burn up the disc. The vacuum had to be completely pure, and the students found the way, using the very magnetism to propel the disc, to also attract material particles from the vacuum. The research yielded a method of levitation for moving objects above the ground, without the friction of ground contact. Incorporated into the Project Home 2011 vehicle are magnetic cells, 8 each side with 16 total, with the edges of the circular coils pointed downward on
either side of the vehicle midbody. The same principal applies. A cushion of self-sustained, magnetized air is generated below the Project Home 2011 vehicle, and the vehicle hovers above the ground. This is not anti-gravity. The force of gravity is still there, but the force of repelling magnetism "wedges" the Project Home 2011 vehicle up when activated. The magnetized air below the vehicle immediately tries to escape out from under the vehicle, but new ionized air is constantly self-generated from the e.m.f. emitted from the vehicle's propulsion cells, keeping a constant cushion of magnetic air maintained below the vehicle, so the vehicle hovers. The height of the vehicle's hovering capability is proportionate to the scale of the cell. 3000 amperes per square area of conductive material.

Jackie James is the Acting Agent for the Australian company, Envirotech E.A. LTD, and handled the disbursement of funds that were provided by investors for the scientific research of Project Home 2011. Jackie was responsible for overseeing the project operations and handling the higher education grant awards for the two research colleagues in Project Home 2011 at Springfield College, Massachusetts and Asnuntuck College in Connecticut.

Matthew Mitchel Urquhart, one of the research colleagues in Project Home 2011 from the project's inception in 1979 to it's completion in 2011, has an Associates of Science degree in machine technology from Asnuntuck College in Enfield, Connecticut with a GPA of 3.8, is a member of Phi Theta Kappa international honor society, and inducted into Who's Who in American Colleges and Universities national honor society in 2009. Matthew Mitchel co-designed the apparatus for accelerating solid mass in a vacuum chamber to astronomical speeds and studying the results. Matthew Mitchel also co-designed an electrostatic maglev device while researching a means of propulsion of mass in a vacuum by using magnetism. This maglev device only works in an atmosphere, and can levitate the device over one foot above ordinary ground surface and water. This device was also demonstrated on public television. The equations in electromagnetic properties for this new technology developed in Project Home 2011 were published and students at a Connecticut University physics department are using these equations to conduct experiments. Matthew Mitchel Urquhart programmed and set up CNC robotic machinery for making mechanical parts for the machinery in the Project Home 2011 lab. Matthew Mitchel is now interested in patenting and marketing the technology developed in Project Home 2011 with his colleague.

John Obik, one of the research colleagues in Project Home 2011 from the project's inception in 1979 to it's completion in 2011, has an Associates of Science degree in machine technology with a GPA of 3.5. John co-designed the apparatus for accelerating solid mass in a vacuum chamber to astronomical speeds and studying the results. John also co-designed the polybit computer processor, which is a different method of computer processing which treats the entire memory as one sector, thus allowing the computer to process every line of a program simultaneously by accessing areas of memory simultaneously and as a result is able to solve a problem in one step. John Obik worked with CNC robotic machinery to manufacture the mechanical parts for the machinery in the Project Home 2011 lab. John is now interested in patenting and marketing the technology developed in Project Home 2011.