gyroscope gravity amplifier

[trevorjohnson83]

Here's a gyroscope signal gravity amplifier. The two boxes on top and bottom have a gyro suspended inside of them. Sticking out of either box is a straw attached to a triangle piece. So the signal going into the gyro on top goes through the red triangle, into the lever, down the string to the second gyroscope box, the signal amplifying from gravity. This never worked with sound, i tried it a million times. I use it in a fantasy setup to draw energy through 'circuitry' of gravity things I tie together, or did once. I used sunglasses as one way mirrors, abstract art, magnets in plastic Easter eggs, to try and sweep emotion, ghosts, through the circuit. It's kind of fun. I would go on 40 dollar shopping sprees at CVS to collect stuff that seemed fitting to the circuit. Of course I was bat shit mad at the time.

 

[rampart]

Here's a gyroscope signal gravity amplifier. The two boxes on top and bottom have a gyro suspended inside of them. Sticking out of either box is a straw attached to a triangle piece. So the signal going into the gyro on top goes through the red triangle, into the lever, down the string to the second gyroscope box, the signal amplifying from gravity. This never worked with sound, i tried it a million times. I use it in a fantasy setup to draw energy through 'circuitry' of gravity things I tie together, or did once. I used sunglasses as one way mirrors, abstract art, magnets in plastic Easter eggs, to try and sweep emotion, ghosts, through the circuit. It's kind of fun. I would go on 40 dollar shopping sprees at CVS to collect stuff that seemed fitting to the circuit. Of course I was bat shit mad at the time.

View attachment 1005640

are you plucking the string to force oscillation or do you think you are transmitting gravity? or perhaps rotational momentum? or even "rigidity in space? " are there sheaves on the strung and are the relative strung lengths and diameters, well sure, they are frequency sensitive. then the straws

what are you doing again? "sweeping emotion and ghosts throughthe circuit.

the "ghosts " in an rf system are generally caused by reflection outside the antenna. we generally try to cancel or minimize. do you think the ghost signals carry useful information that you can't pick up in the fundamental "return?:"

what gyros are you using ? the toys aren't much better than toys. for navigational purposes we now use ring lasers rather than rotational mass

 

[trevorjohnson83]

are you plucking the string to force oscillation or do you think you are transmitting gravity? or perhaps rotational momentum? or even "rigidity in space? " are there sheaves on the strung and are the relative strung lengths and diameters, well sure, they are frequency sensitive. then the straws

what are you doing again? "sweeping emotion and ghosts throughthe circuit.

the "ghosts " in an rf system are generally caused by reflection outside the antenna. we generally try to cancel or minimize. do you think the ghost signals carry useful information that you can't pick up in the fundamental "return?:"

what gyros are you using ? the toys aren't much better than toys. for navigational purposes we now use ring lasers rather than rotational mass

mmm those are some tough questions. My tech could use some improvement as I used toy gyroscopes. What am I trying to do? Create a mechanical means of entering the jungle of voices? or really actually send signals through the gyro? My thoughts are that the gyro and the human balance system are the same instrument. The human balance system is effected by fans which are similar to gyro's, the balance system is your center for memory and cognitive thinking, actual science. I haven't tied it all together yet. The triangle pieces and the levers might be used for other purposes. So to answer your question nothing has worked yet like I thought it might.

 

[rampart]

mmm those are some tough questions. My tech could use some improvement as I used toy gyroscopes. What am I trying to do? Create a mechanical means of entering the jungle of voices? or really actually send signals through the gyro? My thoughts are that the gyro and the human balance system are the same instrument. The human balance system is effected by fans which are similar to gyro's, the balance system is your center for memory and cognitive thinking, actual science. I haven't tied it all together yet. The triangle pieces and the levers might be used for other purposes. So to answer your question nothing has worked yet like I thought it might.

the innber ear has no rotaing parts anbd is not rigid in space. it is closer to a spirit level than a gyroscope

any rotating mass, such as a fan, has rotational inertia. and will resist changes in its position

 

[trevorjohnson83]

the innber ear has no rotaing parts anbd is not rigid in space. it is closer to a spirit level than a gyroscope

any rotating mass, such as a fan, has rotational inertia. and will resist changes in its position

how do the stones in the canals of the vestibularr measure balance? is it known or a theory the answer?

Assistant
Poe


The stones in the canals of the vestibular system, known as otoliths, are part of the inner ear's mechanism for sensing balance and spatial orientation. Here's how they function and the current understanding of their role:

How Otoliths Measure Balance​

1. Anatomy of the Vestibular System:
   • The vestibular system includes the semicircular canals and the otolith organs (utricle and saccule). The otoliths are tiny calcium carbonate crystals embedded in a gel-like substance within the otolith organs.
2. Detection of Gravity and Linear Acceleration:
   • When the head moves or changes position, the otoliths shift due to inertia. This movement causes the gel to shift, bending hair cells in the underlying sensory epithelium.
3. Hair Cell Activation:
   • The bending of hair cells generates nerve impulses that are sent to the brain. This information helps the brain interpret the direction and magnitude of the movement, allowing it to maintain balance and spatial orientation.
4. Integration with Other Systems:
   • The vestibular system works in conjunction with the visual system and proprioceptive feedback from muscles and joints to provide a comprehensive sense of balance.

Current Understanding vs. Theory​

• Established Knowledge: The mechanism of how otoliths function in balance is well-established and supported by extensive research in anatomy, physiology, and neuroscience. The basic principles of how they detect changes in position and acceleration are understood and documented.
• Ongoing Research: While the fundamental mechanisms are known, ongoing research continues to explore the complexities of vestibular processing, including how the brain integrates vestibular signals with other sensory information and how this process can be affected by various conditions (e.g., vestibular disorders).

Conclusion​

The role of otoliths in measuring balance is based on established scientific understanding rather than just theory. They are crucial components of the vestibular system that help maintain balance by detecting changes in head position and movement. If you have more specific questions or need further details, feel free to ask!

 

[scruffy]

how do the stones in the canals of the vestibularr measure balance? is it known or a theory the answer?

Assistant
Poe


The stones in the canals of the vestibular system, known as otoliths, are part of the inner ear's mechanism for sensing balance and spatial orientation. Here's how they function and the current understanding of their role:

How Otoliths Measure Balance​

1. Anatomy of the Vestibular System:
   • The vestibular system includes the semicircular canals and the otolith organs (utricle and saccule). The otoliths are tiny calcium carbonate crystals embedded in a gel-like substance within the otolith organs.
2. Detection of Gravity and Linear Acceleration:
   • When the head moves or changes position, the otoliths shift due to inertia. This movement causes the gel to shift, bending hair cells in the underlying sensory epithelium.
3. Hair Cell Activation:
   • The bending of hair cells generates nerve impulses that are sent to the brain. This information helps the brain interpret the direction and magnitude of the movement, allowing it to maintain balance and spatial orientation.
4. Integration with Other Systems:
   • The vestibular system works in conjunction with the visual system and proprioceptive feedback from muscles and joints to provide a comprehensive sense of balance.

Current Understanding vs. Theory​

• Established Knowledge: The mechanism of how otoliths function in balance is well-established and supported by extensive research in anatomy, physiology, and neuroscience. The basic principles of how they detect changes in position and acceleration are understood and documented.
• Ongoing Research: While the fundamental mechanisms are known, ongoing research continues to explore the complexities of vestibular processing, including how the brain integrates vestibular signals with other sensory information and how this process can be affected by various conditions (e.g., vestibular disorders).

Conclusion​

The role of otoliths in measuring balance is based on established scientific understanding rather than just theory. They are crucial components of the vestibular system that help maintain balance by detecting changes in head position and movement. If you have more specific questions or need further details, feel free to ask!

Fascinating topic.

Mind if I contribute?

Here is some context.

Vestibulae => cranial nerve 8 => vestibular nucleus

Vestibular nucleus => spinal cord
Vestibular nucleus => oculomotor nuclei
Vestibular nucleus => cerebellum
Vestibular nucleus => thalamus

Thalamus => primary sensory cortex
Thalamus => parietoinsular vestibular cortex

Blood supply: Inferior cerebellar arteries

 

[scruffy]

The Anatomical and Physiological Basis of Clinical Tests of Otolith Function. A Tribute to Yoshio Uchino

Otolithic receptors are stimulated by gravitoinertial force (GIF) acting on the otoconia resulting in deflections of the hair bundles of otolithic receptor hair cells. The GIF is the sum of gravitational force and the inertial force due to linear acceleration. ...

www.ncbi.nlm.nih.gov

There are two types of nerve responses to the otoliths: sustained (gravity) and transient (linear acceleration).

The neurons have a high resting firing rate which either increases or decreases.

The signals from the two sides combine to represent direction of tilt and motion.

This is what the nerve fibers actually look like: