Can you call a cell phone in the microwave?

This episode is brought to you by Squarespace: http://www.squarespace.com/physicsgirl

Applied Hacking with Samy Kamkar: https://www.youtube.com/user/s4myk

Do cell phones placed in a microwave still receive signals? What is the difference between microwave oven radiation and the signals used by your phone?

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More resources:
http://www.ncbi.nlm.nih.gov/pubmed/6838668 http://www.arpansa.gov.au/pubs/emr/microwave.pdf

Creator: Dianna Cowern
Editor: sefd.com , Jabril Ashe and Dianna Cowern

Thanks to ArcAttack: http://www.arcattack.com

Visuals: Pixabay.com and Clker.com
Music: APM and YouTube
Video Rating: / 5

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20 Responses to Can you call a cell phone in the microwave?

  1. Raimundo Gomez says:

    ¡asombroso!

  2. robertdevald says:

    That Faraday cage explanation was bogus. A car is a Faraday cage too, yet you can still place calls while you're in a car. -__-

  3. Kelises Life says:

    i thought she was going to turn the microwave om

  4. Olga Olgaki says:

    Microwaves is ionizing radiation cause you can create plasma inside a microwaveoven ..you can see many expiraments about this.

  5. Mp Extory says:

    TIME TRAVEL!

  6. Michael Fisher says:

    This is so cool

  7. Walterpix says:

    FIX ME DINNER, WOMAN !!!

  8. Cyanide Word says:

    Everytime I watch her videos I'm more focused on her eyes than the video

  9. Brett Guisti says:

    Wait wait wait. Faraday cages keep external electric fields from entering the cage, but they don't work the other way around. If you have a source of an electric field inside the cage, that electric field will exit the cage. A simple application of Gauss's Law to a charged particle inside a sphere confirms this. A metal barrier will attenuate the field exiting the cage, but it wouldn't cancel it out completely like it would an external field.

  10. James Wright (SinisterIntent) says:

    Here is a clear explanation of the effect that I found informative. Hope it helps anyone that still struggles with the gaps in Faraday Cage explanations.

  11. altaroffire56 says:

    Applied Science shirt!!

  12. vishal raj says:

    hey physics how much does phone radiation affect our brain's electric field?

  13. iDoHn says:

    >"I'm Samy Kamkar and in general I call myself a hacker."
    > Has a Mac

  14. dumbass says:

    EL PSY CONGROO

  15. The Chopping Block says:

    I know that there are resonant lengths for antennas at which they are most efficient. For example, a 1/4 wavelength antenna is more efficient than a slightly longer one, but a full wavelength antenna is even more efficient. Can Faraday cages have these same sort of "nodes" around which signals can pass through? I would expect that, even though a small amount of leakage occurred, the attenuation would be far too great for the 2.4 Ghz Wi-Fi signal to get through unless there was something else going on. The FCC maximum allowed transmit power for 2.4 Ghz Wi-Fi is 1 watt but it's not uncommon for microwaves to radiate 500-1,000 watts. You didn't give the power level detected, but it looked to be faint at whatever scale you were measuring.

  16. damntech says:

    This is why your IT Guy doesn't like your microwave.

  17. MJPeppsy says:

    Older microwaves stopped wifi

    We recently got a new microwave an my internet just dies whenever it turns on

  18. MrSparklyStuff says:

    samy kamkar had an Applied Science shirt on!

  19. Yaseen Yousaf says:

    My WiFi router distributes 2.4 GHz and 5 GHz frequencys

  20. Belialith says:

    2:05 so what's the point of, "is microwave radiation getting out of my microwave?" It's getting in your food! What's the point!?