The REAL Dr. Horace Drew, Red Collie.
Caltech, MRC LMB Cambridge, CSIRO.
DNA, UFOs, alien physics, codes.
Friend of the "quetzal bird"
"Check all A.I." (2015)
dear Anna, I just got over 4 months of serious vertigo. You need to do two things please.
First, go to a local physio once a week, who is trained at the Epley treatment manuever. It is NOT something you can do by yourself.
Please take some sea-sick tablets one hour before you go. It might take 5 or 10 sessions.
Second, buy a vitamin D / K2 / magnesium supplement and start taking it every day. That will strengthen the small bones in your ear (over several months).
Personally I sleep now on a rug with 3 pillows under my head, to avoid further episodes. There is NO "quick solution at home".
Would other people please make sure Anna sees this?
Thank you.
@CobDetlef It is not "air". The gyroscopic forces are very large. Buy a two-axis gyroscope and see for yourself.
"Scientific Tabletop Gyroscope, CNC Machined STEM Educational Physics Demo"
https://t.co/OaKX0373AC
@CobDetlef It is not "air". The gyroscopic forces are very large. Buy a two-axis gyroscope and see for yourself.
"Scientific Tabletop Gyroscope, CNC Machined STEM Educational Physics Demo"
https://t.co/OaKX0373AC
The "second secret" of gyroscopes, where we apply counter-torque to the outer edges of a fast-spinning metallic disc (as shown in a new movie below), seems to be the physics by which alien UFOs's "push against space" to fly quickly and mysteriously without "wings".
Some relevant notes from human contactees or alien-made, instructive crop pictures are shown below.
Now we have to engineer a working mechanism on a small scale, while using two counter-rotating magnetic fields to apply torque and counter-torque, to the magnetic disks described in slide 1, drawn schematically in crops (slides 2 or 3), or witnessed close-up (movie 4). All welcome to join in. 🛸
NEW PHYSICS. Just like understanding for the first time, that airplanes fly using a difference in pressure for air flowing over the wings versus under their wings. Except now we wish to fly using variations in the pressure of space itself.
A spinning gyroscope always wants to keep the same plane of spin (see movie 1).
But what happens if we apply another force to the outer parts of that gyroscope, in either of two directions?
If the added outer force is in the same direction of spin, it continues to spin smoothy.
But if the added outer force is in the opposite direction from inner gyroscope spin, what happens?
It does not like that at all, and wants to "flip over by 180 degrees", so that its inner spin goes in the same direction as the outer applied force!
That is why a spinning "tippe-top" flips over, because its initial spin experiences a force of friction with the table in an opposite direction (see movie 2).
This important physical effect seems not to be included in "classical" physics. It suggests that the spin of a heavy mass "induces" some kind of energetic spin in the space around itself.
When we apply another force, in the opposite direction from that induced "spin of space", the energy goes way up, and the gyroscope tries to spin in an opposite direction, so that its induced space-spin and the new applied force will coincide.
We can see the same effect for other two-axis gyroscopes very easily. I was about to make a new movie, but hopefully this text and 2 old movies will be enough?
A possible relevance of this "induced spin of space", and the forces of UFO levitation, has not escaped my attention. It is just as if the gyroscope is spinning in a tank of water, and some of the water spins along with it.
An added force of spin in the same direction just makes that "water" swirl more forcefully. While an added force of spin in the opposite direction may create a "pitch-like" resistance, similar to that of a "bladed propellor".
Now we have a general idea of how to create a "spinning space propellor".🛸It is certainly NOT "impossible"
Not in textbooks. They do not have a clue.
Please do these simple experiments yourselves to confirm. Expand your thinking.🐶
A spinning gyroscope always wants to keep the same plane of spin (see movie 1).
But what happens if we apply another force to the outer parts of that gyroscope, in either of two directions?
If the added outer force is in the same direction of spin, it continues to spin smoothy.
But if the added outer force is in the opposite direction from inner gyroscope spin, what happens?
It does not like that at all, and wants to "flip over by 180 degrees", so that its inner spin goes in the same direction as the outer applied force!
That is why a spinning "tippe-top" flips over, because its initial spin experiences a force of friction with the table in an opposite direction (see movie 2).
This important physical effect seems not to be included in "classical" physics. It suggests that the spin of a heavy mass "induces" some kind of energetic spin in the space around itself.
When we apply another force, in the opposite direction from that induced "spin of space", the energy goes way up, and the gyroscope tries to spin in an opposite direction, so that its induced space-spin and the new applied force will coincide.
We can see the same effect for other two-axis gyroscopes very easily. I was about to make a new movie, but hopefully this text and 2 old movies will be enough?
A possible relevance of this "induced spin of space", and the forces of UFO levitation, has not escaped my attention. It is just as if the gyroscope is spinning in a tank of water, and some of the water spins along with it.
An added force of spin in the same direction just makes that "water" swirl more forcefully. While an added force of spin in the opposite direction may create a "pitch-like" resistance, similar to that of a "bladed propellor".
Now we have a general idea of how to create a "spinning space propellor".🛸It is certainly NOT "impossible"
Not in textbooks. They do not have a clue.
Please do these simple experiments yourselves to confirm. Expand your thinking.🐶
I have been at a loss to make real, substantial, anti-gravity effects as measured on a scale below. So I think I will have to do a new kind of experiment!
When the asymmetric, spinning, T-shaped object flips up or down (movie 1), will there be a loss or gain of weight for the total system on a scale, due to space-pressure effects as suggested in movie 2?
I will need to carefully build a T-shared object, and make it spin using 3-phase magnetism. The object may also have to precess through a horizontal plane like the tippe-top does when it rises (movie 3).
If anyone has any definite ideas how to do this, or would like to do it themselves, please feel free!
Most fields of science have 100's of people working in them. I am in a "field of one" among 7 billion. 🛸
"Compassion and Altruism"
Buddhism promotes the cultivation of compassion and altruism as essential for positive mental health.
Compassion involves empathizing with others, understanding their suffering, and a desire to help them.
Altruism, on the other hand, is selfless concern for the well-being of others, putting their needs before one's own.
Together, these concepts contribute to a positive mindset, reduce anxiety and stress, and promote happiness and well-being.
By helping others and putting their needs before one's own, individuals can experience a sense of purpose and fulfillment, leading to greater social connectedness and a sense of shared humanity. ☸️☯️☸️