cold fusion as a gift

Ironically, I suspect that some people reject cold fusion because it does not seem to have a down side.  Fossil fuels have pollution problems, including greenhouse gases.  Nuclear power (fission) has the nightmare chance of a nuclear accident and the looming problem of how to dispose of nuclear waste.  Hydroelectric dams block salmon runs and affect river ecosystems.  Wind turbines kill off migrating birds and bats.  Everything seems to have an ecological cost, a down side, except cold fusion which promises cheap, clean energy.  I suspect that some people reject the possibility of cold fusion, not because technical difficulties nor because of the problems it presents, but because it does not seem to present any problems at all.

Cold fusion seems too good to be true.  Please note that I am not saying that cold fusion is too good to be true, I am just saying that people are emotionally wired to believe that our lives have a kind of balance or symmetry to them.  Something good is followed by something bad, every benefit has a cost.  This is the idea of fairness or justice and as a general view of the world, it serves humanity well.  

In this instance though, our imagination because of adherence to this idea is failing to see what cold fusion might become.  That does not present us with a failure of the idea of cold fusion; that shows us a failure of imagination and of the idea of fairness.  The idea of cold fusion does not seem to have that balance or zero sum game restricting it.  Of course, it probably does, but to dig it out requires much more imagination than we have now. Cold fusion seems to be only positive in its implications, and therefore, less real.  Because of that I suspect that people will sometimes dismiss cold fusion, not on scientific grounds, but because their emotional wiring and their lack of imagination makes it sound too good to be true.

This emotional wiring says, for example, that, “everyone will get their just desserts,” and because we know that evil bastards sometimes live long lives and die a peaceful death, we add, “in the next life if not in this one.”  It tells us, “do good things, good things happen, do bad things, bad things happen” as Earl says, following his karma.  We teach our kids that hard work is rewarded, that taking the easy way out will cost more in the end.  We teach that everything has a cost, and that you can’t get something for nothing.  These are good lessons to learn in that they keep us to consider others as well as ourselves, they moderate our behavior. 

These lessons, however, channel the imagination, restricting it to maintain the system already in place, not creating new options or a new system.  They limit progress to that within the current closed system, not allowing for new revolutions.  They lead to a belief that if I cannot “see” it, then there must be nothing there.  These various sayings express a great emotional truth that keeps society chugging along, but that emotional truth is not always factually correct.  Sometimes we need to get out of that pattern of business as usual; sometimes we need to change direction.  Cold fusion does not present an opportunity of business as usual, but is a game changer in so many different ways.  We cannot really imagine a world with cold fusion; it is too big for us, too many ramifications.  We are just going to have to make this world so that we can see it for ourselves.

While we cannot really imagine a world with cold fusion, we do know that we need a game changer, and as much as we like believing in fairness, we do not want what we deserve.  “Fairness” is something that really we only want for the other guy; mercy is what we prefer for ourselves.  There would be a kind of poetic justice if we were trapped in a world of our own creation; a world of declining resources, increasing populations, desertification and increasingly extreme weather.  It takes no imagination to get what we deserve; it just takes business as usual. 

But maybe, with a little boldness we can get another world, a world that reflects mercy for us in addition to justice.  In this world of mercy, where we do not get what deserve, but also get a hand helping us up with what we need, maybe we get to have cold fusion.  But maybe cold fusion is a gift.  Not everything has to be a trade-off between goods and evils as fairness and balance suggest.  Instead of believing that cold fusion is too good to be true, perhaps we can imagine cold fusion as something special, which it is, for it is a gift that by nature is appropriate and needed for where we are today.  We shouldn’t worry too much about why it happens, just how it happens  Our attitude is that we should be thankful for it and look for the opportunity to put it to good use.

Thank-you Martin Fleischmann; Thank-you Stanley Pons

It’s officially 22 years since the announcement of your discovery – fusion-power from heavy water and a tiny piece of metal.

We’re grateful for your contribution. We’re grateful for your courage.

We know it wasn’t easy. You shouldn’t have had to go through such bullying from fellow scientists.

But you started a revolution.

And we’re so glad you did. This discovery will give the world a second chance at a technological future with peace and freedom.

You have been vindicated. A new generation knows your contribution and learn without prejudice.

The work isn’t finished.

And we’re not going to stop until we have the future this planet deserves.

Martin Fleischmann and Stanley Pons
Martin Fleischmann and Stanley Pons Heros of Tomorrow

THANK-YOU MARTIN and STANLEY.

With Love and Peace and Gratitude,

Our Home
Earth

PS Just look what you started!

Sterling Allan and Andrea Rossi on Coast to Coast AM on this anniversary of Drs. Fleischmann and Pons‘ announcement.

UPDATE 3/23: Message from Amateur-lenr Toshiro Sengaku

International Red Cross
Donate to the International Red Cross

American Red Cross
Donate to the American Red Cross
Japanese Red Cross
Donate to the Japanese Red Cross

UPDATE 3/23/2011
Toshiro sent an update as Japan continues to deal with the aftermath of tragedy:
I’m very sorry to be late to send mail. I and my family are fine, but our head were full with the earthquake in the last week.

One week passes, and we also have understood the realities of miserable damage due to this large earthquake. The number of dead will exceed 20,000. Many people were killed by prodigious Tsunami that was special feature of the earthquake.

In Tokyo, the electric power fails by rotation according to the plan, because many power plants were stopped and demands of power may exceed supply capability.

The Fukushima nuclear plant are not recovered, and scatters the radioactive substances. While the observed radioactivity is a small
amount, person who feels insecurity has increased because the food such as the vegetables polluted by the radioactive.

Anyway, we live and work everyday. We hope many damaged people will make a recovery.

My best regard,
Sengaku

And this is from the Ft. Bragg campus of the college that I work at on the northern coast of California. — Ruby

As many of you are already aware, Fort Bragg’s Japanese Sister City has been decimated by the Japanese earthquake and the following tsunami and fires. Several thousand people did not survive or are still missing. Fort Bragg has had a very close relationship with Otsuchi and its people for over a decade. A number of CRMC students and faculty have, in fact, visited Otsuchi and been welcomed into the homes and lives of the people that live there.

A major fund-raising effort is being undertaken by folks along the Mendocino Coast to help the survivors in their recovery efforts. It is a volunteer-based effort and all funds will be sent directly to Otsuchi. I hope that some of you will be willing to contribute. Please take a few minutes to visit our web page at www.otsuchi.org.

Thanks.

Greg Grantham
Professor of Marine Science
College of the Redwoods
Mendocino Coast Campus
1211 Del Mar Drive
Fort Bragg, CA 95437
707-962-2687
greg-grantham@redwoods.edu

********************************************
Japanese blogger Toshiro Sengaku of amateur-lenr.blogspot.com checked in with a report from Tokyo and we were glad to hear from him.

Where were you when the earthquake hit? What did it feel like?
I was in the office (10th floor) near TOKYO station when the
earthquake hit. Tokyo is in the distance of about 300km from the
epicenter, then the seismic intensity of Tokyo was from 4 to 5, that
is not too large. It was not scary though it had shaken widely because the office building was a quake absorbing structure.

However, the situation was very different and terrible for the person who lived in the Tohoku region.

Pictures show many people in a state of shock. Are you and your family and friends OK? How are people coping? Is there enough food, water, and electricity? What is the state of the transportation system?
In the Tohoku region, a lot of people lost the family and the house where they lived. And, they will be spending a cold, uneasy night in school or public hall etc. tonight.

On the other hand, there are little collapse of the house and little
injury in Tokyo area. I and my family lives almost usually.

The largest problem for people who live in the Tokyo area was “only” stops of transportation system. On the other hand, transport systems and life lines (electricity, gas, water) were destroyed in the Tohoku region.

What is the situation with the nuclear reactors?
The core container in the nuclear reactor was not broken, at present the situation is not so bad, I think. The explosion of Fukushima Nuclear Center No.1 was caused outside of the core container. At present, sea water is poured into the core container to cool the core. We must watch the situation carefully.

The area of evacuations are 20km to the nuclear reactors of Fukushima Nuclear Center No.1 and 10km to the Fukushima Nuclear Center No.2.

Is there any word from your friends in the Japaneses cold fusion community? How are they doing?
I and my friend can not gather information about cold fusion researchers who works in the Tohoku University and Iwate University. We have to wait.

And Jed san reported about Dr. Mizuno situation. I guess the situation of Hokkaido region where Dr. Mizuno live in is better than Tohoku region:

“Mizuno reports that the earthquake caused significant damage in his lab, “destroying” some of his experimental equipment. He paid for much of the equipment himself, such as the quadrupole mass spectrometer. I asked him to send details and perhaps a photo for the LENR-CANR news section. Perhaps he can set up a PayPal account to solicit donations to help rebuild.

Toshiro says:
I am tired but fine. It is very fortunately! In the north area of Honshuu of Japan, many people were killed by earthquake and huge tsunami.

I hope people will be rescued and their life will be recovered.

We hope so too, Toshiro. Keep in touch, and let us know what we can do to help.

Peace.

Enough revisions to go around…

A recent article Mercury serves up a nuclear surprise by Eugenie Samuel Reich and published by Nature, describes how the “discovery of a new type of fission turns a tenet of nuclear theory on its head.”

From the article:

Nuclear theorist Witold Nazarewicz of the University of Tennessee in Knoxville says that the study demonstrates the extent to which, more than 70 years after the discovery of nuclear fission, we are still learning about the process. “This is very important information for any model of the nucleus,” he says.

Nazarewicz says that although engineers’ practical knowledge of fission has progressed far enough for us to build nuclear bombs and reactors, “I don’t think we have a firm understanding of fission rooted in the interactions of the proton and neutron building blocks.”

At least there’s one thing nuclear scientists can agree on! Cold fusion scientists know a little something about revisions of the nuclear model.

When it comes to cold fusion, claims that “they are measuring the input power wrong” are just not going to cut it anymore.

A new model of nuclear particle interactions is required to encompass both hot fusion and low-energy nuclear reactions, and will be based on the many-bodied physics that takes place on the nanoscale dimension.

Perhaps now there might be some sympathy in the nuclear fission community?