Ok,
Both methods I came up with involve using electromagnetic waves as the carrier.
Can we skip the pulling teeth part, please? How exactly?
Ok,
Both methods I came up with involve using electromagnetic waves as the carrier.
I've also excluded electronics
I did not say that there could not be electronics involved.
A hypothetical solution won't help if it is not used in practice. The only time JREF has talked about using a Faraday cage was when electronics provided by the applicant were part of the test. Instead, JREF has relied on searching the applicants for hidden electronics and perhaps scanning for a transmission using a field strength meter.
Since all we've seen so far are preliminary tests, perhaps JREF would pull all the stops and use a Faraday cage if an applicant progressed to the final test.
And no, I haven't been inconsistent. I have excluded electronics being available to the applicants inside the testing facility. JREF does not test for (and perhaps can not test for) the existence of electronics outside the testing facility.
And without having electronics inside the test facility. Right, please indulge.You still have not told us how one could cheat using "electromagnetic waves as the carrier".
I've told you everything you should need to know. Since it's presumably not possible for a human body to generate electromagnetic waves that are detectable at any reasonable distance (not counting bioluminescence), the carrier wave must be generated outside the testing facility and modulated by the applicant inside the facility. A single diode junction in an antenna woven into the senders clothing would work but that would not meet a strict interpretation of "no electronics". A concealed corner reflector that can be physically deformed or oriented to modulate the reflected carrier would also work.
Mmmm. No.
I assume you mean that an outside transmitter could flood the test area (or better still, the part of the area containing the sender) in modulated radio waves, and the sender could signal by reflecting waves to the receiver who would have a concealed crystal receiver to pick them up.
First of all, this would certainly involve concealed electronics. It would also be easy to detect. And it would be very difficult to do in practice, because you would have to be working a reflector in a very precise way.
Hans
yes, that was a constraint TA suggested to be added....with 1000 nouns specified for the pool.....
if it were out of the pool of all nouns in the English language, well....we'd probably run out of zeroes
let's see....
just confining ourselves to the OED words, this site suggests there would be around 110,000 nouns to choose from....
so
[latex]p(18 \ge n) = {20\choose18}.{\frac{1}{110,000}}^{18}.{\frac{109,999}{110,000}}^2 + {20\choose 19}.{\frac{1}{110,000}}^{19}.{\frac{109,999}{110,000}} + {20\choose 20}.{\frac{1}{110,000}}^{20} [/latex]
which gives approx
3.4x10-89
a truly ridiculously small number, given that 1089 far exceeds estimates for the number of atoms in the known universe...![]()
I still don't believe that any method within that would allow a form of communication of words on a list. They would have to be spelled out and would be open to being caught quite easily as each letter would need to be quite specific. Doing it all in 60 seconds isn't a likely offer, either.
Not only that, the type of machinery and support required just to fool an initial test would be a pretty costly exercise in futility.
Personally, if someone was prepared to spend the time and resources to cheat in this fashion, they'd deserve a mio.
(bolding mine)In the right conditions the equipment is simple and readily available. If there are multiple near by radio stations you could use their radiated power as the carrier.