f you've been following the story of Thane Heins and have been looking for an update to his story, I had one appear this weekend in the Toronto Star. It was a year ago when I first wrote about Ottawa-born Heins, who says he has developed an electrical generator that redirects the energy in "Back EMF" that usually slows down an electrical motor-generator as it accepts load. In other words, Heins claims to have eliminated the magnetic friction and replaced it with magnetic acceleration. He calls this effect "regenerative acceleration," but those who are skeptical of his claims say that acceleration does not equate to power/torque/work and that Heins has failed to demonstrate there is such a link.
Is it just a more - potentially much more -efficient motor? Or is it, well, more than that? Heins says it's not perpetual motion or an overunity machine, yet, but he believes he can get it there as he continues to refine his prototype. I won't go into much more detail, you can read the article if you want an update. I decided to do an update after receiving an e-mail from Lee Smolin, a highly respected theoretical physicist at the Perimeter Institute in Waterloo. Smolin said the public deserved an update to show that Heins is misguided. I'll let the reader make that judgement. All I can say is that Heins continues to press on, and bit by bit is making what he feels is progress. The cast of characters he's interacted with over the past year range from rockstar Neil Young to UFO researcher Steven Greer, who claims to be an ET contactee.
I like this story, mostly because Heins is doggedly determined and acutely aware of how controversial his claims are, but at the same time he isn't prepared to censor himself. He tells it like he sees it, and invites others to come and kick the tires. I didn't mention this in the story, but he's decided to take a kind of open-source approach to licensing his technology. The idea, the way I understand it, is that others can license it and build real-world applications on top and that all members of the licensing network get to share in the advancements and the revenues that are generated - assuming it gets to that stage.
Obviously, as attempts are made to put this technology into a real application, we'll know once and for all whether it works or falls flat. That's perhaps my biggest criticism: Heins has spent the past year refining a prototype that really doesn't answer the questions that people have. Regardless of how simple it is, all people want is to see the technology used in some way where real work - beyond acceleration - is clearly observable and irrefutable.
That said, I'm curious. Besides, I like an underdog and am a sucker for a good story, no matter how it ends. Some will say that by giving him publicity I'm encouraging him, giving him credibility, and helping perpetuate some sort of lie or con job. Having been a reporter and columnist at one of the largest newspapers in North America, I can tell you this: I, like many of my colleagues, have probably done more to unknowingly spread lies and con jobs by writing about so-called credible people and companies. At least with Heins, he wears his heart and motivations on his sleeve.
No - copper is a better conductor than nickel.
Energy Star fridges are more energy-efficient than non-certified models, which can lead to lower electricity bills. They also help reduce greenhouse gas emissions and are better for the environment.
No, copper is a better conductor of electricity than nickel. This is because copper has lower electrical resistance and higher thermal conductivity compared to nickel, making it a more efficient material for conducting electricity.
Electricity is considered better than gas as an energy source because it is cleaner, more efficient, and can be generated from renewable sources like solar and wind power. Additionally, electricity can be easily transported and used in a variety of devices, making it more versatile than gas.
It depends what you mean by "good" they are not necessarily "good" conductors of electricity but yes they will conduct electricity. Most things conduct electricity at some level, they may have high resistance but they will still conduct electricity.
Yes, of course:Coal is the highest energy resource in environment pollution. Burning coal to produce electricity results in global warming and acid rain.Natural gas is used also in generating electricity. It is less environment polluting than coal.Water falls, wind, solar, geothermal, and biomass are also used in generating electricity. They make no waste, and they cannot be used up.Nuclear energy is very promising, reliable, cheap, and efficient source of electricity generation.
It is possible to generate electricity from a propeller shaft as the fristion waves travell across it, it will generate a minute amount. for it to generate better the inside needs to stripped out as most of them have card board in them to deaden sound
All DC Motors can generate electricity according to their size & input volt. 24 volt DC Motor is best for generate electricity. Even you can generate up to 24 volt AC. The big size of Motor is also depends to generate more ampere (current). Remember 24 volt DC Motor which have less RPM without gear is better & efficient for generate electricity than having the more RPM (Round Per Minute). So try it & generate electricity. (for further information, feel free to ask any thing regarding electricity, "admnpmiu_tariq@yahoo.com")
If you mean by helping us use less fossil fuels, yes. Solar Cells generate electricity from solar energy released by the sun.
The purpose of a generator is to generate electricity. An electric generator would be redundant. It would need electricity to make electricity and when there is a power outage there is not electricity.
NB (Niobium) is a better electricity conductor compared to PD (Palladium). NB has a lower resistivity and higher conductivity than PD, making it a more efficient conductor for electricity.
Currenty electric vehicles are the most fuel efficient vehicles and are better for the environment. Hybrids and hydrogen vehicles are also good for protecting the environment and pretty efficient.
Cold water is better for the enviorment, because it uses "NO" electricity and power.
You better have a 10,000 watt capable generator.
New energy resources better for the environment are called renewable or alternate energy forms. They include solar, wind, water, hydro, tidal and wave, geothermal, ocean thermal, biomass, biofuel and hydrogen.
No - copper is a better conductor than nickel.
Yes, it is more efficient to maintain temperature in a controlled environment because it allows for better regulation and management of energy usage, resulting in cost savings and improved comfort.