The NSX lamps are nice, but do not fit without lots of mods.
Those BWM lamps look nice too, but I have no idea how much they are, or if they are as wide as our sealed beam housings? (IF they are too wide, your looking at shaving the hood now to make them fit... Good luck.)
Mythbusters are funny, but nothing more. Take two guys who did special effects for movies and let them design a show, and you get Mythbusters... Scientists, they are not.
Lidar works on non-visable light lasers being bounced off your car. It calculates your vehicle speed about the time it get's a return on the laser light. (Very fast.)
The beam is nice and tight, so the PD can pick you out of thick traffic if they can see you. (IE your going 80 in traffic going 77mph, so they get YOUR speed reading, and it holds up in court.) Radar has a wider beam at similar distances, so it's hard to prove and get an accurate speed reading in traffic at speeds so close together from what I've read and been told.
So, as I noted, you can't actively jam radar because it's illegal to transmit radio waves on "radar" freq's in this country. (Besides the health risk, the government has banned you being able to use those freq's as they are reserved for things like door openers and PD radar speed estimateing equipment.)
But, the government has not banned light transmisison. (You guys know "light" is really just radio waves you can see right...? All visable and non-visable light falls into a freq. spectrum that most incandesant lights create when they are on.) So this "white noise" that you can see is what comes out, and is focused by your head lights. IIRC, the higher the lamp can "transmit" the whiter the lamp output. (recorded in Kelvin, the higher the Kelvin number, the whiter the lamp output untill your into the blues and purples at the end of the spectrum.)
About 5000K is "white" light. Higher and your going blue and purple. 4500 is more yellow, and 4000 is more yellow still.
Sunlight is about 5500K IIRC. (So why are people running around with 6000k HID lamps? I don't know, but they are sure blue/purple at that range, and if that's what they want, good for them, but I like 5500K light myself actually.)
Ok, back on topic. Jamming LIdar.
As discussed, a reflective surface is the best for the PD to get a nice return off your car. (License plate, or reflector on your car.)
You know where those are located because you can see them as much as anyone else.
If you place bright lamps near those sources of reflectivity, your license plate and reflectors, you create a jamming effect because your lamps are creating more light than the laser beam reflecting off your car, and the PD sitting on the roadside can't get a return to gauge speed because of all the jamming "Noise" being spewed out of your fog/driving/head lamps.
At least they can't get a return untill you are much closer, and buy then, you should notice them sitting there with frustrated looks on their faces and slow down before the jamming can't overcome the close range, and they get a speed reading on your car...
Which lamps are best? I don't know, but if anyone wants to use a lidar and find out, I'd love to have more data on defeating this Lidar system. Heck, I'd mount spot lamps on my bumper if it would result in them not being effective anymore. Or if strips of very bright LED's in the right light freq. will defeat Lidar, let's get a group buy going and mount a few rows in the upper and lower grille areas, and around the back of my car to never give the PD a chance at getting a reading.. (BTW, my Valentine 1 will pull a false Lidar reading when I'm very close to some of these new LED lamps on cars. There is enough of the right light that the sensor think's it's being Lidar'ed by the PD while I'm just sitting at the stop light behind a semi truck trailer. (Best one so far was a horse trailer with about 200 LED stop lamps and running lights. The guy would hit his brakes, and my Valentine would go nuts...!!)