Third Power Paranormal

04/06/2026

Hello all. While career changes and life haven't led to regular posting, I haven't stopped working on new tech. I have been using wave radar with a vector graphic that shows motion as well giving me the range to filter the distances and sweep angle. The new and improved version does so much more. I also incorporated LIDAR as a second source of truth. When motion is detected it also records video clips in either IR or standard video, and a thermal stream as well. These layers of validation make the tool reliable for investigating the paranormal. I also integrated a touch screen and a custom 3d printed case that makes it lighter and easier to use, move, and transport. I have used the tool at some hosted events and have gotten interesting results. imvestigator

02/18/2026

09/22/2025

The paranormal community is always looking for new tools to investigate with. Challenge accepted. This summer, while I took time to reflect on career and life, my hands and mind were still tinkering. Many people have opinions on what equipment is effective or not effective for paranormal investigations. While noone can tell you what a ghost is, I'm evaluating tools that can norrow down what a ghost isn't. The tools I developed in this video are based on presence detection modules, dialed in to detect humam biometrics. Their inputs can be vectorized and graphical references on position can be determined. Also false postives can be easily filtered by changing range, distance, and angle of sweep. Plus, if this tool yields results during testing, the radar graphic is cool and looks like the tracker in the movie aliens :) enjoy !

05/06/2025

Just in time for tech Tuesday. Paranormal equipment costs can add up. Even my video camera servers cost me 100 bucks each to make myself. I wanted a low cost lightweight camera capture device that is small, lightweight, rechargeable, and I can put in places where I wouldn't care if something happened to it. I used an ESP 32 camera board, modified the camera to see in the dark with IR illumination, and coded it to take pictures every 5 seconds. Cost to make, 25 bucks. This is an example of what can be done with low cost components. There are plenty of tutorials on line to integrate these amazing boards into paranormal projects.
Song: Shine On
Music by: CreatorMix.com

03/29/2025

I'm the kind of guy that gets the silliest songs stuck in my head. Thanks to the lovely and 70s on 7 tuned in on her radio, i came across this banger which will now be featured in upcoming tech videos. My mission is to get this song stuck in everyones head for at least a month..... Rock on!!!.... normal

03/26/2025

Tech Tuesday quickie. Reasonably priced IR illuminators are hard to find. Especially ones that are rechargable and last a while. So I whipped up this prototype with components I had on hand. It runs on one 18650 rechargable lipo cell. It is attatched to a 5 v voltage regulator/charger. I'm only getting 4.2 volts (cheap regulator not up to spec). It sill is considerably bright when I tested it in a darkened room. I'll eliminate a resistor to compensate for the voltage difference. Then i'll 3d print a case, add a switch and see how it performs. These are meant to work with ir cameras.

02/28/2025

Since I own a tablet, camera rig, and power supplies for my LIDAR prpject, I went Ebay shopping and got the components for an XLS camera. SLS and XLS cameras are based on the older and newer Xbox Kinect cameras. They are both cameras that use Structured Light Sensor technology(SLS). Beams of infrared light help create a 3d image. The XLS camera has more advanced features and processing power. It also has a wider image field. Using Just MicroSoft software and Windows screen captures, I was up and running in 30 minutes. Learning the software an hour. Total cost 60 bucks for the camera. Software free. No special app required. Let's see what we see.

02/11/2025

Just in time for tech Tuesday. While practice coding on the latest Raspberry Pi and operating system, I came across some example code that sends an email when a PIR sensor (used in ghost music boxes, and other tools) is triggered. I expanded the code to send a video clip to an email address as well. This is just an example of what you can do with the Raspberry Pi. This hardware operates my motion cameras and a variety of projects. There are tons of tutorials out there on how to code them yourself. I also used Chat GPT to help fix a loop in the code. I was very impressed with the fix it made.Next step is to case it all up and make it portable.

02/02/2025

This is part 3 of my January 2025 investigation of the Absecon Lighthouse. I had the privilege of speaking with who called in from Tennessee to lend her insights to our investigation. Her perception was spot on and she called out names and hotspots without knowing anything about the location. I look forward to more collaborations in the future with her . It definitely elevated our investigation to a whole new level.

02/02/2025

This is part 2 of the Jan 18 2025 investigation of the absecon lighthouse. This was recorded at the top of the 171 ft lighthouse. We used emf devices and Ari's ghost tube application and got some amazing replies. It was an amazing feat for me as I am not thrilled with heights but made the climb anyway.

02/02/2025

This is part 1 of the January 18 2025 investigation of the Absecon Lighthouse. In this clip I share an anamoly caught on camera as well as soundwave evps. These evps have relevance to the location and are generated by recording sound direct from a soundwave generator. This is not an application. These are voices filtered out by an AI used to denoise audio calls. It is a closed system that cannot be contaminated by any external noise. Multiple passes have gotten me male and female voices plus ones with accents. As I develop my technique, this may be very well how I investigate with ITC vs. voice recorders of any kind in the future. More to come.

01/12/2025

So I wasnt expecting to get paranormal evidence on my couch on a Saturday night. But expect the unexpected. I was messing around with a human voice AI application that denoises sound and presents what it interprets as human speech. It is meant to denoise a meeting app like Skype or Teams. Originally I was going to use it for some home built Raudive microphone experiments. But instead, I sent a real time test soundwave through the program and recorded the output. There was no external microphone or any way that a human voice could have contaminated the signal. It was from my sound generator to the audio input of my laptop and through the AI aplication. What made it have the air of an intelligent sentence was context. I hear "pay attention" 3x in the clip, each time louder. At the time I was also watching TV out of the corner of my eye. Seems very odd that out of the multiple voices It detected, one voice pretty clearly said "pay attention" while I was distractedly recording. I looped the audio at the end. This was very rudimentary. Next steps will be to run a longer recording and ask questions to see if I am getting intelligent replies. This may be the start of some serious ITC research. Stay tuned. More to come.....