Nuclear Detonation Query Addressed by BhangmeterV2
Chillin' with the BhangmeterV2: Nuclear Apocalypse Detector for the Modern Age
Think nuke detectors are a relic of the cold war? Think again, my friend. [Bigcrimping] has not only crafted one, the infamous BhangmeterV2, but he's kindly shared the results on hasanukegoneoff.com, perfect for those seeking that daily dose of doomsday convenience.
Built upon the HSN-1000L nuclear event detector by Power Device Corporation, the Bhangmeter is a peep into the dark side of technology. Interfacing with the HSN-1000L is a cinch: you provide power, and it plays back with a pin that remains HIGH unless it senses the distinctive gamma ray pulse of a wee nuclear event. The gamma ray pulse appears before the blast's EMP and waves, providing preemptive warnings that may save some electronics in case of a nuclear warhead party.
[Bigcrimping] paired the HSN-1000L with a Raspberry Pi Pico 2 W, transforming the HSN-1000L into the BhangmeterV2. If the unthinkable happens, this bad boy logs the exact moment the nuclear event detector's pin goes low and shifts the logs to the cloud, praying that the remote server and BhangmeterV2 survive the blast and EMP. Since the BhangmeterV2 only detects the gamma ray pulse, it has a line-of-sight limitation, making it less ideal to be near a potential explosion. Perhaps BhangmeterV3 will include other detection methods, like a fancy-schmancy 3D-printed neutrino detector?
If the explosion's smoke clears, you might be struggling with radiation fallout instead. For identifying various radioactive contaminants lurking around, you may crave a gamma-ray spectrometer.
This hack evokes a chilling blend of cold war nostalgia and contemporary relevance. Thanks to [Tom] for the tip. If you've got some DIY doomsday projects up your sleeve, we're all ears, whether they'll help us emerge victorious or just keep things apocalyptically interesting.
Insights from the Research: Nuclear Event Detection Basics
The Bhangmeter detects nuclear explosions by pinpointing the distinctive double flash of light:
- Double Flash Detection: Nuclear detonations produce a super bright initial flash, followed by a shorter, dimmer period, and then a second, longer-lasting flash. This double flash pattern is unique to nuclear events.
- Light Sensor Array: The Bhangmeter likely uses arrays of photodiodes or phototransistors to sense the rapid changes in light intensity.
- Signal Processing: The device analyzes the timing and intensity peaks of detected flashes to confirm the signature double flash pattern, distinguishing nuclear events from other bright light sources.
- Data Logging and Alerts: Upon detection, the Bhangmeter may log event details, alert operators, or systems about the occurrence of a nuclear event.
Future improvements for the Bhangmeter could include enhancing sensitivity, integrating additional sensors, improving connectivity, pursuing miniaturization, and fostering an open-source community. These insights provide a general understanding of how the BhangmeterV2 might operate while highlighting potential areas for upgrades in the event of future versions.
The BhangmeterV2, a nuclear event detector, is not limited to cold war relics; in fact, it can be found on hasanukegoneoff.com for those seeking a dose of doomsday convenience. Built from the HSN-1000L nuclear event detector by Power Device Corporation and interfaced with a Raspberry Pi Pico 2 W, the BhangmeterV2 logs nuclear event detection instantly in case of an emergency. To identify radioactive contaminants, a gamma-ray spectrometer could be another desired gadget for the scientifically inclined. In the spirit of technology, future improvements for the Bhangmeter might include enhanced sensitivity, additional sensors, better connectivity, miniaturization, and fostering an open-source community.
