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Mars Global Surveyor magnetic fields investigation
Mars does not presently have a global magnetic field but had one early in its life, similar to that of Earth. However, Mars does have very strong crustal magnetic fields, more than 30 times stronger than those of Earth.
Originally posted by ALLis0NE
Here is a way to understand.
When 0ne drop of water connects to an 0ther, in your theory they would share their electrons.......................
What about you? Who do you share your electrons with?
[edit on 3-6-2008 by ALLis0NE]
Originally posted by Halicarnassus
Those have very limited free charges or ionic substances, but a gram of glass is pulled with the same force that a gram of myself.
Originally posted by Johnmike
It actually does mean a lot because there are a lot of claims. Everything should be judged objectively, but let's cut the crap -- someone who had a PhD in quantum physics is going to hold a lot more weight than someone with a high school diploma.
There's simply so much pseudoscience out there and people who are fooled by it.
AllisOne has already shown that he misunderstands many fundamental scientific facts (I mean things that are dead wrong, not even any sort of new "theory") and appears to be bad at applying the scientific method.
Originally posted by Johnmike
Originally posted by LastOutfiniteVoiceEternal
so how is it that two equal masses of wood and steel have the same weight?
They don't.
And I have to ask.
Wait, what?
Originally posted by ALLis0NE
Think about it, why on Earth would a gram of two different objects weigh the same?!?!?!?!?!?!?!
Because they are both made of the same sh!t! LOL
By equal mass of wood and steel, do you mean "volume" or amount of "space displaced" or "taken up"?
[edit on 3-6-2008 by LastOutfiniteVoiceEternal]
Originally posted by ALLis0NEThink about it, why on Earth would a gram of two different objects weigh the same?!?!?!?!?!?!?!
Because they are both made of the same sh!t! LOL
Originally posted by LastOutfiniteVoiceEternal
Most of the subjects you go to school in to get a PHD for were created by people who never had one in their own right. Hell, you've had president with less "acedemic" education than the average citizen. It means nothing.
Originally posted by LastOutfiniteVoiceEternal
Yeah, like current science. That's the pseudoscience.
Originally posted by LastOutfiniteVoiceEternal
Well, are you going to contribute any scientific data to substantiate anything that you're staking claim to?
Originally posted by LastOutfiniteVoiceEternal
This can get deeper if you'd like and we could go into atomic weights, but I'll attempt to keep it shallow, since it can be understood from there.
Originally posted by LastOutfiniteVoiceEternal
Density. Woods come in many different forms consisting of many different molecules, atoms and elements. Some dense, some less dense. Simple, really.
By equal mass of wood and steel, do you mean "volume" or amount of "space displaced" or "taken up"?
Originally posted by Anonymous ATS
reply to post by ALLis0NE
Any comments on this superconductor?
Originally posted by jkrog08
Good post(starred)I can't agree more....lol,hopefully when I get my PhD I won't be like that,I know I won't,hell I'm a member of ATS right?Plus my (first)PhD will be in medicine(Anesthesiology)and then maybe Theoretical astrophysics(If I have time(I intend to,lol),I'm minoring in it anyways)But I also think it is the person and their outlook on life,I mean I can't say how I will change in the next 8 years,but I'm pretty sure I won't be abiding by some "ceiling",or conform to 'standard PhD-ness(new word?lol)
'Quantum Hall-like effect' found in a bulk material without an applied magnetic field
A team of scientists from Princeton University has found that one of the most intriguing phenomena in condensed-matter physics -- known as the quantum Hall effect -- can occur in nature in a way that no one has ever before seen.
....snip.....
Recently, theorist Charles Kane and his team at the University of Pennsylvania, building upon a model proposed by Duncan Haldane of Princeton, predicted that electrons should be able to form a Hall-like quantum fluid even in the absence of an externally applied magnetic field, in special materials where certain conditions of the electron orbit and the spinning direction are met. The electrons in these special materials are expected to generate their own internal magnetic field when they are traveling near the speed of light and are subject to the laws of relativity.
In search of that exotic electron behavior, Hasan's team decided to go beyond the conventional tools for measuring quantum Hall effects. They took the bulk three-dimensional crystal of bismuth-antimony, zapped it with ultra-fast X-ray photons and watched as the electrons jumped out. By fine-tuning the X-rays, they could directly take pictures of the dancing patterns of the electrons on the edges of the sample. The nature of the quantum Hall behavior in the bulk of the material was then identified by analyzing the unique dancing patterns observed on the surface of the material in their experiments.