Innovating for Our Alternative Energy Future - Book Review
Indeed, as the coordinator for a think tank I always like to discuss alternative energy solutions with the our various members.
You see, I am a free-market capitalist and I am looking for the most efficient alternative energy innovations and inventions to power up our new future.
And, as I say that, I am also one with a very skeptical eye to some of the new concepts and ideas which have been put forth, and some which have been handsomely funded, but will never be able to make the grade and/or compete for return on investment in the marketplace.
There is a great book that I would recommend that you read, and the book was published back in 1992, but it gives you a very good idea of where we have been, and perhaps where we are going and how we got to this point.
The name of the book is; "Experimenting with Energy Conservation" (a venture book) by Robert Gardner, Franklin Watts Publishers, New York, NY, (1992), 128 pages, ISBN: 0-531-12538-6.
The author Robert Gardner was a physical science, physics, chemistry, and biology teacher in Connecticut.
And he is very well known in the library books sector, "as the master of this science experiment books.
" Have you ever wondered why restaurants serve ice that has holes in the center? Did you know it's all about the conservation of energy? Have you ever considered how much energy it takes to increase the temperature inside your home just 1-degree? If you can wrap your mind around such things, then perhaps you can understand why energy is so important in the world today, and why we are beholden to the laws of physics each time we devise a new method to convert, or generate electricity, or energy.
Since efficiency is the key, conservation is also extremely important.
Consider the conversion rates of solar cells and how important that is to our alternative energy future and you will begin to see why you need to read this book.
Now then, if you understand the foundations and the principles behind the conservation of energy and the physical confines that we are trapped within this particular place and time, then, and only then can we move into the future and come up with the proper inventions and innovations to take us into the 21st century.
You can read this book in one sitting, 3-4 hours.
Indeed I hope you will please consider all this, and perhaps consider reading up on the conservation of energy, and consider some of the many experiments you can do to help educate yourself and your children.
Please think on it.
You see, I am a free-market capitalist and I am looking for the most efficient alternative energy innovations and inventions to power up our new future.
And, as I say that, I am also one with a very skeptical eye to some of the new concepts and ideas which have been put forth, and some which have been handsomely funded, but will never be able to make the grade and/or compete for return on investment in the marketplace.
There is a great book that I would recommend that you read, and the book was published back in 1992, but it gives you a very good idea of where we have been, and perhaps where we are going and how we got to this point.
The name of the book is; "Experimenting with Energy Conservation" (a venture book) by Robert Gardner, Franklin Watts Publishers, New York, NY, (1992), 128 pages, ISBN: 0-531-12538-6.
The author Robert Gardner was a physical science, physics, chemistry, and biology teacher in Connecticut.
And he is very well known in the library books sector, "as the master of this science experiment books.
" Have you ever wondered why restaurants serve ice that has holes in the center? Did you know it's all about the conservation of energy? Have you ever considered how much energy it takes to increase the temperature inside your home just 1-degree? If you can wrap your mind around such things, then perhaps you can understand why energy is so important in the world today, and why we are beholden to the laws of physics each time we devise a new method to convert, or generate electricity, or energy.
Since efficiency is the key, conservation is also extremely important.
Consider the conversion rates of solar cells and how important that is to our alternative energy future and you will begin to see why you need to read this book.
Now then, if you understand the foundations and the principles behind the conservation of energy and the physical confines that we are trapped within this particular place and time, then, and only then can we move into the future and come up with the proper inventions and innovations to take us into the 21st century.
You can read this book in one sitting, 3-4 hours.
Indeed I hope you will please consider all this, and perhaps consider reading up on the conservation of energy, and consider some of the many experiments you can do to help educate yourself and your children.
Please think on it.
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