The MJB Scholarship
Posted on Jul 1st, 2009
by
martha
Michael spent a lot of time sittng on the back porch, and if you sit there, one of the things you can see is the turbine on top of the neighbor's house. We have lots of those in Phoenix. They cool the house by helping hot air move out of the attic. It's the hot air that makes them rotate. Micahel's idea was to create a device that can capture the energy of the trubine's rotation and turn it into part of the home's "green energy system."
After he passed away, I ran Mike's idea past an electrical engineer, who told me this: It's more complicated than you'd think it would be. Any device that collects energy from the turbine's rotation will also create drag. And the turbine is so small that it will turn out that the energy gain will be about equal to the drag, and they will cancel each other out. But then he said that this is merely an interesting design problem, and that there might be some way to overcome it.
Michael was a creative guy. He worked with a team of engineers who invented collision avoidance technologies for large aircraft. It's based on radio frequency technology, which was his area. He also made a part which is in the Hubbel telescope. When an engineer makes a part, they will often carve their initials into it, and there are a lot of parts out there in the world that say "MJB."
Several very kind Gaians have sent donations for a fund to help develop the turbine energy device. I think Michael would have worked on it, but he really couldn't. However, it would make a great problem to work out as a master's thesis for a mechanical or electrical engineer. The donations have now been set up as a scholarship fund, so that I can pay some of the tuition of a student who would be willing to take on the challenge of the energy vs. drag problem in the domestic turbine. The only stipulation is that when it's figured out, we call it the "MJB Device."
So, continuing with the theme of the previous blog, I want to sincerely thank the Gaians who were so kind in helping me set up this fund. Sorry I was a little slow, but it's in place now. And, for those of you who read the previous blog, yes I will be sending them a personal note of thanks, and Yes! I will really want to write it!
After he passed away, I ran Mike's idea past an electrical engineer, who told me this: It's more complicated than you'd think it would be. Any device that collects energy from the turbine's rotation will also create drag. And the turbine is so small that it will turn out that the energy gain will be about equal to the drag, and they will cancel each other out. But then he said that this is merely an interesting design problem, and that there might be some way to overcome it.
Michael was a creative guy. He worked with a team of engineers who invented collision avoidance technologies for large aircraft. It's based on radio frequency technology, which was his area. He also made a part which is in the Hubbel telescope. When an engineer makes a part, they will often carve their initials into it, and there are a lot of parts out there in the world that say "MJB."
Several very kind Gaians have sent donations for a fund to help develop the turbine energy device. I think Michael would have worked on it, but he really couldn't. However, it would make a great problem to work out as a master's thesis for a mechanical or electrical engineer. The donations have now been set up as a scholarship fund, so that I can pay some of the tuition of a student who would be willing to take on the challenge of the energy vs. drag problem in the domestic turbine. The only stipulation is that when it's figured out, we call it the "MJB Device."
So, continuing with the theme of the previous blog, I want to sincerely thank the Gaians who were so kind in helping me set up this fund. Sorry I was a little slow, but it's in place now. And, for those of you who read the previous blog, yes I will be sending them a personal note of thanks, and Yes! I will really want to write it!

Help



