The Dream Trainer

I’ve had a fascination with dreams since I was in college. I was aware of lucid dreams, which is a dream where the dreamer becomes alert in their dream, but had never experienced one. Some individuals have them often, but I was not one of those people.

In a lucid dream, one can make suggestions in the dream and carry them out. One may want to fly, write a song, pass through walls, travel in time, or come up with a new invention. The possibilities are endless, and there is no difference between the dream and the waking world – they are equal realities.

Later in life, I read about Dr. Stephen LeBerge, a Stanford University psychophysiologist who became an expert in the study of lucid dreaming.

He had developed a pair of lucid dream goggles, which incorporated flashing red LEDs (Light Emitting Diodes). The flashing LEDs acted as a trigger to alert but not awaken a dreaming subject, enabling them to become lucid.

When I saw the picture of the dream goggles in National Geographic, I had to have a pair! Of course you could not purchase these, so I designed my own lucid dream-training center complete with flashing LED goggles and more. The final result is pictured below. I call it The Dream Trainer.

The technology is older, but all functions still operate, and it works as designed!

Here I have removed the cover, so you can see the inside. Believe me, I had a very clever engineer help me with this. I have ideas, but often need help getting them off the ground.

The Dream Trainer consists of four basic functional modules:

  • Flashing goggles with motion detector
  • Sound board
  • Wrist tap strap
  • Training function

The eyewear is made from a pair of swimmer’s goggles. I fitted one side with a ring of red LEDs and the other with a motion detector. When you dream, your eyelids move back and forth very fast. This is called REM – Rapid Eye Movement. This eyelid movement, which is picked up by the motion detector, turns on the various dream trainer functions while dreaming.

Pictured below are the tap strap and sound board ear piece.

Once REM is detected, the tap strap (if turned on) makes a tiny tapping on the wrist. Tapping is said to be the best method of creating lucidity. The sound board (if turned on) can be dialed in to make over 600 sounds. How many times have you heard a sound in your dream only to awake and find that it was a dog barking in the next yard or a train in the distance.

When the detector picks up the eyelid movement, the first function that is turned on is the flashing red LEDs. This is the principle cue to alert you that you are in a dream. The tap strap and sounds can also be used for dream alertness cues if desired.

Dream lucidity does not happen the first time one uses the goggles, but I suppose for some it could. One has to practice – mental conditioning is key. That is why I also incorporated a training function. The goggles, tap strap and ear piece can all be worn while awake for night time conditioning purposes.

I now pretrain using my Pattern Disc Viewer to preset the theme of my dreams. In a sense, I am now manufacturing the type of lucid dream that I want to have. Crazy? No, not at all. I often talk to marine mammals in my dreams.

I know it’s not real or is it? Sweet dreams everyone!

Cuttlefish Comm Board

Communicating with animals is something that has interested me for quite some time. Whether it’s dolphins, chimps, seals, elephants, whales or wolves – I am interested in what they have to say.

Not an easy subject to study unless one happens to be an academic or a scientist. However, I have an idea to study animal communication from my garage to a local aquarium.

I plan to learn more about how the cuttlefish communicates. Cuttlefish belong to the class Cephalopoda – same as the octopus, squid, and nautilus.

Cuttlefish communicate primarily with their skin cells. They have specially adapted cells (chromatophores) that can change color, pattern and shape. These displays communicate to other cuttlefish various behaviors – aggression, mating, territory, and more.

Here’s my idea: build a cuttlefish communication/display board that is equipped with a programmable LED display strip. The LED strip can be programmed to simulate known cuttlefish displays (very rudimentary), as well as present new ones to see how the cuttlefish behaves. I am not even sure if it will work?

Where would I test this – at an aquarium with cuttlefish of course. I’d have to obtain permission, but I would wear all dark clothing (less likely to be seen in the background) with the cuttlefish comm board hanging about chest high. The LEDs would be controlled via an app on my phone.

Okay, crazy, but so interesting to really try it.

This is a long-term project. At this time, I have the board cut out and the addressable LED strip.

I am working on obtaining an Arduino kit (microcontroller and software) so I can program using my PC (with help) the LEDs to display in specified colors, patterns, and rates. First, I will emulate known displays and then create some mixed displays.

Once I have a functional prototype, I will contact a couple of local aquariums to set up a demo.

I hope that I can clearly communicate to them what I am trying to do. Do you think that they will understand?