- Joined Dec 17, 2013
Theories are a dime a bale in 10 bale lots, and not terribly useful at that.What do you think about that?
The next battle with the antiscience groups will likely be with the anti-vaxxers. A very divergent group that runs the political ring on both ends and back again.It has been almost 10 months since Covid-19 began battering families in the United States, putting parents out of work, shrouding their homes in grief and loss, and shutting children out of the schools that taught and cared for them.
It’s all taken an unthinkable toll on children — a social, emotional and academic ordeal so extreme that some advocates and experts warn its repercussions could rival those of a hurricane or other disaster.
“Recovery from Katrina wasn’t a one-year recovery. We didn’t just bring the kids back and everything fell into place. And this will be the same,” said Betheny Gross, the associate director at the Center on Reinventing Public Education at the University of Washington, who studied New Orleans schools after the 2005 hurricane and is now tracking Covid-19’s impact.
A nation of children coping with trauma, illness and disruption will need more than a vaccine to address the fallout, she said.
“I don’t think we can just start school next fall and say, ‘Everything’s going to be OK.’”
Most suffer from anti-intelligence and the lack of a basic lizard brain.
Yes, Agreed. This is clearly a case of someone who has absolutely no understanding of electronics, and the world at large around them- how things work. Just enough knowledge to be dangerous, not a enough to understand what they don't understand.He’s completing the circuit through ground of the washing machine and the cast iron bathtub which is grounded through the water pipes.
here the video link
Thank you Doros for showing interest in my article.What do you think about that?
Other than lightning (a direct static Electricity form) that's not 'Electricity' as defined in physics (radio waves in particular). It's important to separate the physical movement mechanism (current Electricity form) of charged particles with fields from the transmission of electrical energy using those fields.Electricity does not need a good conductor to flow
One example, radio waves,
Another AC coupled amplifiers
Another , Lightening.
What's all the fuss about ?
Electricity is a natural phenomenon that occurs throughout nature and takes many different forms. In this tutorial we'll focus on current electricity: the stuff that powers our electronic gadgets. Our goal is to understand how electricity flows from a power source through wires, lighting up LEDs, spinning motors, and powering our communication devices.
Electricity is briefly defined as the flow of electric charge, but there's so much behind that simple statement. Where do the charges come from? How do we move them? Where do they move to? How does an electric charge cause mechanical motion or make things light up? So many questions! To begin to explain what electricity is we need to zoom way in, beyond the matter and molecules, to the atoms that make up everything we interact with in life.
This tutorial builds on some basic understanding of physics, force, energy, atoms, and [fields](http://en.wikipedia.org/wiki/Field_(physics)) in particular. We'll gloss over the basics of each of those physics concepts, but it may help to consult other sources as well.
Do you really think that we don't understand what's happening here using basic level A electrical principles?Thank you Doros for showing interest in my article.
I would like to hear what YOU think about the article you have linked.
In the meantime I have posted another video where electricity flows again in an open circuit.
Here it is:
This experiment is very interesting because as the source of current serves the iron core of a DC to DC boost converter.
To those who attack me that the first video is a hoax, I can only tell: try it and you will see that it is not a trick.
put the "receiver" inside a metal box, and see if it works ...Other than lightning (a direct static Electricity form) that's not 'Electricity' as defined in physics (radio waves in particular). It's important to separate the physical movement mechanism (current Electricity form) of charged particles with fields from the transmission of electrical energy using those fields.
What does that really mean in terms of Electricity and EM energy?put the "receiver" inside a metal box, and see if it works ...
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by Jake Hertz
by Jake Hertz
by Jake Hertz