Fig. 4 - On its way back the shuttle will load the steel slabs and continue to its starting position and the cycle can be restarted.
Thanks edzieba and Paul451 your feedback. Sorry for the late reply. Guess you guys are right. My thought-experiment was inspired the thought-experiment David Burns used in his helical engine paper (attachment page 2).
Agree, but he deserves respect I think for risking his reputation and career.
Draw a box around your vessel and all components.Does anything leave the box (permanently)? If if does, your vessel will move in the opposite direction. Does anything enter the box? if it does, your vessel will move in the same direction with both objects at reduced speed. If nothing crosses the box, no net motion in Newtonian physics.
Quote from: SailorSki775 on 02/16/2021 06:32 pmDraw a box around your vessel and all components.Does anything leave the box (permanently)? If if does, your vessel will move in the opposite direction. Does anything enter the box? if it does, your vessel will move in the same direction with both objects at reduced speed. If nothing crosses the box, no net motion in Newtonian physics.Emphasis mine. True that, but you can make an even broader statement. The concept if forbidden by Newton, But even Einstein isn't much help here ... If memory serves, the helical drive was based on some shenanigans with special relativity, but the thing with special relativity is you've got to be very careful with your frames of reference, which is where the Helical Engine author wen't off the rails.
And CERN scientists...easy mistake to make. https://en.wikipedia.org/wiki/Faster-than-light_neutrino_anomaly
Please explain how Burns went of the rails regarding special relativity.
Now you might think that since we pushed off of a heavy mass and pulled back on it when it was lighter that we would have produced change in our momentum. However, this is NOT the case. Notice that is step 1 we sent energy to the flywheel from the battery through the wires.[/size]
How do you intend to generate thrust from a flywheel that you neither push or pull on? @Alex_OIt is well known that satellites change their angular momentum will flywheels, but this alone does not constitute a method of propulsion.Edit: On second glance I think I may have misinterpreted the motivation for your post, in that I think you intended to affirm what I said before rather than object to it. Correct me if I'm wrong, though.
I divided the problem into 2 parts1. motor-wheel with battery and computer - I removed the wires.2. The captain of the boat can throw this motor-wheel into the stern of the boat (like a weight) - when the motor is turned on (and its inertia (mass) is greater).3. And return the motor-wheel back when the motor is off.It seems like there should be a thrust. There are no wires, but there is a controller with a recorded program for turning the motor on and off, this is something new, it can somehow be important.
Quote from: Alex_O on 02/19/2021 05:24 pmI divided the problem into 2 parts1. motor-wheel with battery and computer - I removed the wires.2. The captain of the boat can throw this motor-wheel into the stern of the boat (like a weight) - when the motor is turned on (and its inertia (mass) is greater).3. And return the motor-wheel back when the motor is off.It seems like there should be a thrust. There are no wires, but there is a controller with a recorded program for turning the motor on and off, this is something new, it can somehow be important.You forgot that the battery inside the wheel-motor-battery assembly contains the energy when it is not stored in the flywheel, meaning that the mass of the wheel-motor-battery assembly remains constant throughout your process.