'Impossible' rocket drive works and could get to Moon in four hours

[allcanadian]

@Mark E

Your analogy breaks down unless you can come up with a "momentum wind" that acts on something that does not eject propellant.

I would agree it was kind of a lame analogy relative to the topic at hand.


As I said in a prior post I believe I have seen this technology first hand in a working craft however since that time I have still been trying to wrap my mind around the concept. Fundamentally I cannot see how a craft could accelerate and turn at such extreme rates without negating inertia in some way. Which would lead me to speculate it is a field related phenomena however it must also act on matter on the most fundamental level in order to negate inertia.


It's still a quagmire at this point however what I saw was a closed system which can produce a propulsive force and makes absolutely no sound. If the device in question does work then I can only think that it is directly related to what I saw.


AC

[MarkE]

@Mark E

I would agree it was kind of a lame analogy relative to the topic at hand.


As I said in a prior post I believe I have seen this technology first hand in a working craft however since that time I have still been trying to wrap my mind around the concept. Fundamentally I cannot see how a craft could accelerate and turn at such extreme rates without negating inertia in some way. Which would lead me to speculate it is a field related phenomena however it must also act on matter on the most fundamental level in order to negate inertia.


It's still a quagmire at this point however what I saw was a closed system which can produce a propulsive force and makes absolutely no sound. If the device in question does work then I can only think that it is directly related to what I saw.


AC

Perhaps what you observed simply had a lot of empeneage area and powerful engines. 

[tinman]

@Mark E

I would agree it was kind of a lame analogy relative to the topic at hand.


As I said in a prior post I believe I have seen this technology first hand in a working craft however since that time I have still been trying to wrap my mind around the concept. Fundamentally I cannot see how a craft could accelerate and turn at such extreme rates without negating inertia in some way. Which would lead me to speculate it is a field related phenomena however it must also act on matter on the most fundamental level in order to negate inertia.


It's still a quagmire at this point however what I saw was a closed system which can produce a propulsive force and makes absolutely no sound. If the device in question does work then I can only think that it is directly related to what I saw.


AC

Maybe the craft travels in a time dilation bubble?.To us it may look like it's going quite fast,but to the beings in the craft,maybe there just cruising around at 30MPH.

Magnetic fields can bend/twist light,so maybe it has some sort of effect on time as well.

Funny thing about a fan blowing on the sail of a boat-the boat will actually move,and the direction is opposite to that of the air traveling through the fan blade-->aint that a hoot.

[Paul-R]

Funny thing about a fan blowing on the sail of a boat-the boat will actually move,and the direction is opposite to that of the air traveling through the fan blade-->aint that a hoot.

A fan will suck on one  side of the blades and blow on the other. If the effect of the blowing is impeded by the sail, there should be an imbalance.

[Pirate88179]

Maybe the craft travels in a time dilation bubble?.To us it may look like it's going quite fast,but to the beings in the craft,maybe there just cruising around at 30MPH.

Magnetic fields can bend/twist light,so maybe it has some sort of effect on time as well.

Funny thing about a fan blowing on the sail of a boat-the boat will actually move,and the direction is opposite to that of the air traveling through the fan blade-->aint that a hoot.

I just watched a mythbusters last night and they showed that if the fan's velocity is fast enough, it does not move in the opposite direction, it moves in the direction the fan is blowing.  This takes a lot of moving air and is no where near as efficient as turning the fan around and removing the sail.

Bill