Andrea Rossi, an engineer who has captured the attention of the scientific world with two successful tests of his “E-Cat” cold fusion reactor, arrived at the State House on Tuesday morning for two days of meetings with government officials and representatives of the Massachusetts Institute of Technology, the University of Massachusetts and Northeastern University.
Mr. Rossi’s reactor, if successfully proven and developed, has the potential to change the way the world deals with energy, and I’m pleased that he’s willing to discuss basing its production in Massachusetts.
Rossi’s E-Cat reactor, which has thus far been developed and tested in the Italian city of Bologna, is intended to produce large amounts of energy from a reaction between nickel and hydrogen. The reaction produces heat which then heats water to produce steam, from which electricity can be generated. Importantly, the process creates little to no radiation, a major problem for the nuclear fission process currently used to produce power in reactors around the world.
The enormous potential of this technology demands that it be addressed by the best scientific minds in the world. Since Massachusetts is the home of some of the best colleges and universities in the world, it makes sense for that process to happen here.
Our institutions of higher learning have been tremendous in their response to this opportunity, and I look forward to working with them
http://www.tarrtalk.com/2011/11/cold-fu ... oston.htmlMr. Rossi’s reactor, if successfully proven and developed, has the potential to change the way the world deals with energy, and I’m pleased that he’s willing to discuss basing its production in Massachusetts.
Rossi’s E-Cat reactor, which has thus far been developed and tested in the Italian city of Bologna, is intended to produce large amounts of energy from a reaction between nickel and hydrogen. The reaction produces heat which then heats water to produce steam, from which electricity can be generated. Importantly, the process creates little to no radiation, a major problem for the nuclear fission process currently used to produce power in reactors around the world.
The enormous potential of this technology demands that it be addressed by the best scientific minds in the world. Since Massachusetts is the home of some of the best colleges and universities in the world, it makes sense for that process to happen here.
Our institutions of higher learning have been tremendous in their response to this opportunity, and I look forward to working with them
