bombard with radiowaves?\nmagnetice bottle with veriable courent flow?
215325
Not by bombardment with radiowaves, but bombardment with subatomic particles can remove orbital extra-nuclear electrons (there are no electrons in the nucleus), and can cause instability in the nucleus that leads in some cases to an ejection of neutrons from the nucleus or even disintegration of the nucleus.
297709
Four things I'm waiting for, and hope to see in my lifetime:\n\nAn inexpensively-made material that is superconducting at "normal" temperatures.\n\nPractical fusion power. (Though that would probably follow naturally from the first one.)\n\nSome cheap way to break down any substance into its elemental components.  Everything would then be recyclable.\n\nCheap manufacturing of carbon nanomaterials such as hyperfilament, "Bucky tubes" and the like.\n\nIf you can get any of these ideas to work, you're welcome to steal them.\n\n-- Oh, and an anti-microwave; something that freezes as fast as a microwave cooks.
261163
Yes!\n\nAs it turns out, radio waves are nothing more\nthan the propagation of electrical and magnetic\nfields through space--the E & M fields perform\nan intricate dance around each other and fly\nthrough space.  So yes, you can transmit\nenergy through the air and "catch it" with\na receiver antenna. That's exactly\nwhat a microwave oven does:  the business\nend of a microwave is a transmitter and antenna,\nand the food is the receiver.\n\nI suspect the energy needed to propel\na car-sized vehicle, however, would involve \ndangerous amounts of power.  Any bird, pet,\nor human which passed between transmitter and\nvehicle would be zapped.  Streets\nwould be littered with smoking corpses, and\nyou'd smell BBQ all day.\n\nBut hey, BBQ ain't a bad thing!
491192
listen closely!\nhttp://www.flowgo.com/index.cfm?action=view&id=5809&scid=0
369184
********************************************************\n\nIf you ask me, one of the cleverest parts of a microwave oven is the door. It lets you see into the oven to make sure your potato isn't about to explode, yet keeps your face from being cooked off by microwaves in the process. It accomplishes this remarkable feat with a metal mesh—basically a sheet of metal with a regular pattern of small holes drilled or punched in it. This, along with the metal material of the oven cavity itself, forms a sort of reverse Faraday cage. A Faraday cage is a metal enclosure that normally keeps electrostatic fields and RF (radio frequency) radiation from getting in, but in the case of the oven, from getting out.\n\nA solid sheet of metal would be the most efficient at containing RF, but since you can't see through metal (unless you happen to be Superman), a compromise must be made. How much RF escapes through the mesh depends largely on two factors: the wavelength of the radiation in question, and the diameter of the holes. (For you picky types, the conductivity of the mesh material has a slight but negligible effect, as does the shape of the holes, among other things.) The shorter the wavelength of the RF, the smaller the holes need be to block the radiation. Microwave ovens operating at 2450 MHz emit radiation with a wavelength of about 12 centimeters, and the holes in the mesh of the door are typically on the order of 1-2 millimeters in diameter. Since the holes are small compared to the wavelength of the microwaves, little radiation can leak out. There are also mesh screens on the sides of the oven cavity, one to protect the oven light while allowing it to shine into the cavity, the other to permit ventilation.\n\nThe FDA has set emission standards for new microwave ovens at a power density of 5 milliwatts per square centimeter at a distance of 5 centimeters from any point on the outer surface of the oven. Typical new ovens have a leakage of only 0.2 mW/cm2 at that distance—a tenth of the FDA standard. Dirt, mechanical abuse and everyday wear and tear can eventually reduce the effectiveness of the door seals, thus increasing leakage. If you're concerned about emissions from an older oven, you can purchase leakage sensors at many hardware and home improvement stores or online. Keeping the seals on the oven and door clean, as well as opening and closing the door gently, will help keep your oven safe to use. So go ahead and ogle your latest culinary masterpiece while it cooks. Your food will cook, but your head will not. Or so one certainly hopes. \n\n**************************************************************
605186
The bottle was probably made of crystal metal and electromagnets are placed under it.
189184
Mork from Ork... \n\nNano Nano
418806
That's very interesting.  I haven't heard of anyone with this problem, but it is interesting nonetheless.  I have some background in physics, and I'm not aware of any known scientific reason why that could be even remotely possible.  In my field, we often look for other more ordinary reasons why some phenomenon is occuring.  For example, it's possible that you've simply had bad luck with CD players.  Were all your CD players made in Bangladesh by any chance?  I've had some made there, and they all broke too, lol.  Car windows and radios malfunctioning could also likely be attributed to GM.  Trust me, I've been there too, lol.  Also, in the case of the car window, it could be your technique in operating the power windows.  Was there a child safety lock on the window that was locked at the time your mom was trying to roll them up?  I use the child safety lock in my car so my kids can't play with the power windows, and sometimes I forget it's on and I can't roll down the windows when I'm at the BK drive-thru, and I get so angry, I try screaming through the closed window, lol.  But seriously, when I get hungry I get a temper, and if I take it out on my kids one more time, I could loose custody, and I can't just keep blaming GM. \n\nAfter we explore the most common, earthly explanations for a particular phenomenon, we often find a perfectly acceptable answer, but sometimes we don't.  Science doesn't have all the answers yet.  The human body does have an electric charge, complete with an electromagnetic field.  I could see a slight possibility that if a person's electromagnetic field is exceptionally strong, it might interfere with electronics, although I think that's a long shot.  I've heard that sleeping on a bed of magnets, or wearing magnets in your clothing can correct electromagnetic imbalances, but there's no scientific proof to back that up.  I would say that there's nothing wrong with you that's causing electronics to malfunction, and it's more likely that you've just had bad luck with electronics.  But anything's possible.
646070
Heck yeah.  Carbon nanotubes are 30 times and strong as steel.  I wouldn't expect them to show up on x-ray machines or metal detectors either.  I was thinking more of a Samurai sword design.  Look luck sheathing it.
351603
A miniature microphone (electret) and signal amplifier to trigger the device.\n\nWith the proper associated components (coil, capacitors, resisters) the operation can be activated only by a limited frequency range or volume or both.
231861
I know there is a radioshack in Dubai. I think it was in the mall in (or near Jumeirah - and I probably spelled that wrong)
158746
Theoretically possible. You are making the "atom" analogy -- positive charge in the nucleus and electrons around it. Your magnetic analog would be hard to detect since it appears "non-magnetic" outside the "sphere".
272115
Nanotech is indeed real. Have you never seen surveillance cameras the size of a dime, and what about tracking devices about the size of a cigarette lighter?Do you remember how many different components use to be in a regular am radio & tv set? Tubes, capacitors, resistors, coils, etc. are now on a pc circuit board in the form of an integrated circuit about 1"x1/4". The first computer ever devised needed many rooms to house. The laptop now is less than the sise of some wire bound notebooks high school kids carry.
339931
Did this way back in Boy Scouts....Relatively easy...just need to build 2 electromagnets and a series circuit..... I'll see if instructions are online.\nhttp://www.terrax.org/comm/morsecode/buzzer2.aspx\nhttp://chss3.montclair.edu/~pererat/perbuild.htm\nthe second one is similar to what I built
135490
Both a radio and an ear respond logarithmically. A doubling of sound (3DB) will give a barely perceptable increase in the sound we hear,\nSame is true of am RF radio wave
458753
You would need to have the magnet moving, and the power it would take to make it move would be more than any advantage you get out of it. Laws of Thermodynamics.
339510
Go to http://www.pyzam.com/. I got some great things form this place. And I think I saw the magnet thing you were talking about on here too.