The California Institute of Technology has been working on a brain implant called an autonomous microdrive that moves electrons in the brain while looking for strong neural signals. Scientists successfully implanted a brain prosthesis in a dish of rat brain slices, and a similar array of rat brain cells was able to fly a virtual F-22 fighter jet. This is interesting because learning to fly an F-22 takes years of training and costs the US military millions. So what if half a rat brain can do this? Well, so much for the Tom Cruise Glory of the Fighter Pilot then? We all know that the fighter pilot of the future is rapidly becoming obsolete with innovations in UAV technology.

As the human computer interface for aircraft control becomes more prevalent, we are seeing issues with response times, runway incursions, and targeting issues due to visual perception overload. If it was just a video game, it wouldn’t be as critical, but locking up a $30 million to $80 million piece of hardware because you lost focus isn’t in the best interest of taxpayers. Crashing when your mind is stuck on another thought is too costly to contemplate.

We must also consider questions with which brain to use? Today we are using test rat brain cells. However, one must consider other brains. To fly jet planes, you certainly wouldn’t want to use rat cells if the plane or the compartment with the rat brain cells were pressurized to 10,000 feet like a commercial airliner. Don’t rats normally live this high? So would you want llama brain cells, which can live at the altitudes of Machu Picchu? Or would you like to use the brain cells of an eagle, a condor or a swift?

After all these brain cells, they will fly a plane, right? They’ll be used to spins of motion and speed, changing barometric pressure rapidly after all evolution has made them this way, right? In the case of a hand-launched UAV, perfect, that’s basically what a bird does all day anyway. It flies in concentric circles and looks for food, then swoops it down. So those brains are perfectly cut out for this, right?

Some might say for this effort, why not hire the damn bird and pay for it with food like the Indians and their hawks? It makes sense, finding insurgents to tell us where they are by going around twice and doing a couple of loops and getting a juicy raw tri-tip steak. Now what’s a happy bird brain? And do you get the rest of the organism for free? Reminds me of the tramp poster: “Do I work for sex?” And probably would? When I mentioned this to a friend, he said “me too”, just that he wanted a supermodel? Go figure? What do living organisms want? The compensation seems reasonable, the bird wants to fly and wants good cooking, raw meat, right? Dolphins are paid in fish, “thanks for all the fish” they say as they swim away from your domain.

Speaking of dolphins; for unmanned underwater vehicles using a rat brain sounds stupid when you can use dolphin brain cells that already use those sounds. How does the brain work? What signals is it used for, what brain waves alpha, beta, delta, theta does it work on? Now using Dolphin’s brain cells to fly an F-22 might not work if the plane is pressurized at 10,000 feet, no Dolphin has ever been that high? And no rat has ever dived 1,000 leagues under the sea.

Since EA electronic attack may be unavoidable in future wars and definitely in the battle space and those electronic attacks may include scalar weapons, we should be aware of the fact that our organic brain will instantly become useless as the cells will be dead . Unless? Yeah, unless we lock them in a nanotech box surrounded by lead so the brain survives the attack and goes on to complete the mission. As nanotechnology becomes more feasible and better, actuators can resist electronic attack by using fluid dynamic and material memory actuators and running on signals processed by brain cells of rats, birds, dolphins, humans, and monkeys alike. very low or extremely low frequencies. .

These signals will come from completely secure brain cells, locked and encapsulated in a better-than-organic skull. Since cells are normally encased in a normally evolved skeletal structure, we obviously must enclose these cells in more than just a dish. Maybe by increasing the output of the signals by adding nickel or some organic and metallic element to the nutrient bath, which will splash into the brain and provide the simulation of a surrounding organism, then we can increase the output of the signal and eventually the processing capacity. of brain cells.

Providing the correct and most natural pressurization and climate-controlled environment for cells in use based on that organism’s natural habitat will help with the cells’ signal processing and capabilities. Providing super vitamin C, electrolytes, medications and nutrients to the blood surrounding the brain cells along with the proper climate controls to remain stable no matter what altitude the plane is flying at is essential.

Should brain cells remain upright at all times? Mount on a 7-ring gyroscope? Probably not, however G-forces within high “G” turns are a consideration. The brain cells literally need to be connected to the aircraft. So as the brain connects to the eye muscles, these connections could connect to control surfaces and the brain can be boxed into a gyroscope inside the void. Using the whole brain instead of just cells may be another consideration in this case. The brain was literally connected to the aircraft and thus attached to the structure and control surfaces. Artificial intelligence similar to merging man with machine, only in this case merging rat with plane, dolphin with submarine and rat with tank?

One might ask at this point, why not buy a bird and strap its wings to larger power-assisted wings like the Future Fighting uniforms (superman suits), which are robotic props for stamina and strength? After all, birds like people and almost all species have some sort of internal navigation system, whether through innate directional characteristics of magnetic poles, situational awareness of the sun or stars, or memory area mapping. . So why not use this ability?

Use the whole organism, the whole brain, the whole bird. Fit the bird on the plane like a glove or like a super combat strength suit? Imagine becoming one with a fighter jet, where reflection was the rule. You think, you go, you bend or incline and you are there. When I usually race bikes and you can ask anyone who has raced street bikes to literally become one with the bike. Fighter pilots have indicated that some of the aircraft they had flown felt this way.

Well, what if it did even more, since they’re doing more and more with Apache attack helicopters? What would happen if the initiative of the common cabin was like this, where each plane fits like a glove and is an extension of the body, instead of putting on a uniform you put on a complete plane, a submarine, a tank? Then you would be one truthful with the earth, the sea or the air.

Matching organic to silicon, organic to mechanism, or organic to quantum, we should think here.