Sagittarius A drop off gravity would be inside
of every orbiting black hole in it.
BHs would have lower gravity
fields inside of them.

Just as Sagittarius A gravity field
is inside the orbiting Solar system.

Earth gravity is inside the Sun field.
Gravity is moving with the Earth's
movement. Gravity has a center
order that it moves by.

BHs are in theory in the negative.
Limited force is law instead.
Just as there is a speed limit.

On 8/30/2023 12:20 PM, mitchr...@gmail.com wrote:
> Sagittarius A drop off gravity would be inside
> of every orbiting black hole in it.
> BHs would have lower gravity
> fields inside of them.
>
> Just as Sagittarius A gravity field
> is inside the orbiting Solar system.
>
> Earth gravity is inside the Sun field.
> Gravity is moving with the Earth's
> movement. Gravity has a center
> order that it moves by.
>
> BHs are in theory in the negative.
> Limited force is law instead.
> Just as there is a speed limit.

Sagittarius A* has many black holes in orbit. We just might collide with
Andromeda. Btw, they are part of a much larger super cluster of
galaxies. Think of the great attractor...

Sagittarius A* also has smaller black holes in orbits. Smaller black
holes that can wander the dust lanes of their galaxy.

My question to Bard AI:
___________________
If the central black hole was rotating it would influence the smaller
black holes that are both wandering the dust lanes and attracted to the
central giant black hole in the center? Sort of whip it up, akin to some
sort of cosmic blender?
___________________

Bards answer to my question:
___________________
That is a fascinating idea! It is certainly possible that the rotation
of the central black hole could influence the smaller black holes that
are both wandering the dust lanes and attracted to the central black
hole. This could create a sort of "cosmic blender" that could have a
significant impact on the galaxy's evolution.

The rotation of the central black hole would create a gravitational
field that would be strongest at the equator and weakest at the poles.
This would cause the smaller black holes to be pulled towards the
equator of the central black hole.

The smaller black holes would also be affected by the rotation of the
galaxy. As the galaxy rotates, the smaller black holes would be dragged
along. This would cause them to orbit the galaxy in a spiral pattern.

The combination of the rotation of the central black hole and the
rotation of the galaxy would create a very complex gravitational field.
This field would cause the smaller black holes to be whipped around and
around. This could lead to collisions between the smaller black holes,
which could merge to form larger black holes.

The "cosmic blender" created by the rotation of the central black hole
could have a significant impact on the galaxy's evolution. It could help
to redistribute matter throughout the galaxy, which could lead to new
star formation. It could also help to create new black holes, which
could further influence the galaxy's evolution.

Of course, this is just a hypothesis. More research is needed to
understand the full impact of the rotation of the central black hole on
the smaller black holes and the galaxy's evolution.
___________________

;^D

On Wednesday, August 30, 2023 at 12:49:42 PM UTC-7, Chris M. Thomasson wrote:
> On 8/30/2023 12:20 PM, mitchr...@gmail.com wrote:
> > Sagittarius A drop off gravity would be inside
> > of every orbiting black hole in it.
> > BHs would have lower gravity
> > fields inside of them.
> >
> > Just as Sagittarius A gravity field
> > is inside the orbiting Solar system.
> >
> > Earth gravity is inside the Sun field.
> > Gravity is moving with the Earth's
> > movement. Gravity has a center
> > order that it moves by.
> >
> > BHs are in theory in the negative.
> > Limited force is law instead.
> > Just as there is a speed limit.
> Sagittarius A* has many black holes in orbit. We just might collide with
> Andromeda. Btw, they are part of a much larger super cluster of
> galaxies. Think of the great attractor...
>
>
> Sagittarius A* also has smaller black holes in orbits. Smaller black
> holes that can wander the dust lanes of their galaxy.
>
> My question to Bard AI:
> ___________________
> If the central black hole was rotating it would influence the smaller
> black holes that are both wandering the dust lanes and attracted to the
> central giant black hole in the center? Sort of whip it up, akin to some
> sort of cosmic blender?
> ___________________
>
>
> Bards answer to my question:
> ___________________
> That is a fascinating idea! It is certainly possible that the rotation
> of the central black hole could influence the smaller black holes that
> are both wandering the dust lanes and attracted to the central black
> hole. This could create a sort of "cosmic blender" that could have a
> significant impact on the galaxy's evolution.
>
> The rotation of the central black hole would create a gravitational
> field that would be strongest at the equator and weakest at the poles.
> This would cause the smaller black holes to be pulled towards the
> equator of the central black hole.
>
> The smaller black holes would also be affected by the rotation of the
> galaxy. As the galaxy rotates, the smaller black holes would be dragged
> along. This would cause them to orbit the galaxy in a spiral pattern.
>
> The combination of the rotation of the central black hole and the
> rotation of the galaxy would create a very complex gravitational field.
> This field would cause the smaller black holes to be whipped around and
> around. This could lead to collisions between the smaller black holes,
> which could merge to form larger black holes.
>
> The "cosmic blender" created by the rotation of the central black hole
> could have a significant impact on the galaxy's evolution. It could help
> to redistribute matter throughout the galaxy, which could lead to new
> star formation. It could also help to create new black holes, which
> could further influence the galaxy's evolution.
>
> Of course, this is just a hypothesis. More research is needed to
> understand the full impact of the rotation of the central black hole on
> the smaller black holes and the galaxy's evolution.
> ___________________
>
> ;^D

If there is a BH gravity orbiting
in other gravity. There is low gravity
inside the gravity of a BH.

On 8/30/2023 12:59 PM, mitchr...@gmail.com wrote:
> On Wednesday, August 30, 2023 at 12:49:42 PM UTC-7, Chris M. Thomasson wrote:
>> On 8/30/2023 12:20 PM, mitchr...@gmail.com wrote:
>>> Sagittarius A drop off gravity would be inside
>>> of every orbiting black hole in it.
>>> BHs would have lower gravity
>>> fields inside of them.
>>>
>>> Just as Sagittarius A gravity field
>>> is inside the orbiting Solar system.
>>>
>>> Earth gravity is inside the Sun field.
>>> Gravity is moving with the Earth's
>>> movement. Gravity has a center
>>> order that it moves by.
>>>
>>> BHs are in theory in the negative.
>>> Limited force is law instead.
>>> Just as there is a speed limit.
>> Sagittarius A* has many black holes in orbit. We just might collide with
>> Andromeda. Btw, they are part of a much larger super cluster of
>> galaxies. Think of the great attractor...
>>
>>
>> Sagittarius A* also has smaller black holes in orbits. Smaller black
>> holes that can wander the dust lanes of their galaxy.
>>
>> My question to Bard AI:
>> ___________________
>> If the central black hole was rotating it would influence the smaller
>> black holes that are both wandering the dust lanes and attracted to the
>> central giant black hole in the center? Sort of whip it up, akin to some
>> sort of cosmic blender?
>> ___________________
>>
>>
>> Bards answer to my question:
>> ___________________
>> That is a fascinating idea! It is certainly possible that the rotation
>> of the central black hole could influence the smaller black holes that
>> are both wandering the dust lanes and attracted to the central black
>> hole. This could create a sort of "cosmic blender" that could have a
>> significant impact on the galaxy's evolution.
>>
>> The rotation of the central black hole would create a gravitational
>> field that would be strongest at the equator and weakest at the poles.
>> This would cause the smaller black holes to be pulled towards the
>> equator of the central black hole.
>>
>> The smaller black holes would also be affected by the rotation of the
>> galaxy. As the galaxy rotates, the smaller black holes would be dragged
>> along. This would cause them to orbit the galaxy in a spiral pattern.
>>
>> The combination of the rotation of the central black hole and the
>> rotation of the galaxy would create a very complex gravitational field.
>> This field would cause the smaller black holes to be whipped around and
>> around. This could lead to collisions between the smaller black holes,
>> which could merge to form larger black holes.
>>
>> The "cosmic blender" created by the rotation of the central black hole
>> could have a significant impact on the galaxy's evolution. It could help
>> to redistribute matter throughout the galaxy, which could lead to new
>> star formation. It could also help to create new black holes, which
>> could further influence the galaxy's evolution.
>>
>> Of course, this is just a hypothesis. More research is needed to
>> understand the full impact of the rotation of the central black hole on
>> the smaller black holes and the galaxy's evolution.
>> ___________________
>>
>> ;^D
>
> If there is a BH gravity orbiting
> in other gravity. There is low gravity
> inside the gravity of a BH.
>

Well, it might be akin to the eye of a hurricane. Nice and calm.

On 8/31/2023 11:19 AM, Chris M. Thomasson wrote:
> On 8/30/2023 12:59 PM, mitchr...@gmail.com wrote:
>> On Wednesday, August 30, 2023 at 12:49:42 PM UTC-7, Chris M. Thomasson
>> wrote:
>>> On 8/30/2023 12:20 PM, mitchr...@gmail.com wrote:
>>>> Sagittarius A drop off gravity would be inside
>>>> of every orbiting black hole in it.
>>>> BHs would have lower gravity
>>>> fields inside of them.
>>>>
>>>> Just as Sagittarius A gravity field
>>>> is inside the orbiting Solar system.
>>>>
>>>> Earth gravity is inside the Sun field.
>>>> Gravity is moving with the Earth's
>>>> movement. Gravity has a center
>>>> order that it moves by.
>>>>
>>>> BHs are in theory in the negative.
>>>> Limited force is law instead.
>>>> Just as there is a speed limit.
>>> Sagittarius A* has many black holes in orbit. We just might collide with
>>> Andromeda. Btw, they are part of a much larger super cluster of
>>> galaxies. Think of the great attractor...
>>>
>>>
>>> Sagittarius A* also has smaller black holes in orbits. Smaller black
>>> holes that can wander the dust lanes of their galaxy.
>>>
>>> My question to Bard AI:
>>> ___________________
>>> If the central black hole was rotating it would influence the smaller
>>> black holes that are both wandering the dust lanes and attracted to the
>>> central giant black hole in the center? Sort of whip it up, akin to some
>>> sort of cosmic blender?
>>> ___________________
>>>
>>>
>>> Bards answer to my question:
>>> ___________________
>>> That is a fascinating idea! It is certainly possible that the rotation
>>> of the central black hole could influence the smaller black holes that
>>> are both wandering the dust lanes and attracted to the central black
>>> hole. This could create a sort of "cosmic blender" that could have a
>>> significant impact on the galaxy's evolution.
>>>
>>> The rotation of the central black hole would create a gravitational
>>> field that would be strongest at the equator and weakest at the poles.
>>> This would cause the smaller black holes to be pulled towards the
>>> equator of the central black hole.
>>>
>>> The smaller black holes would also be affected by the rotation of the
>>> galaxy. As the galaxy rotates, the smaller black holes would be dragged
>>> along. This would cause them to orbit the galaxy in a spiral pattern.
>>>
>>> The combination of the rotation of the central black hole and the
>>> rotation of the galaxy would create a very complex gravitational field.
>>> This field would cause the smaller black holes to be whipped around and
>>> around. This could lead to collisions between the smaller black holes,
>>> which could merge to form larger black holes.
>>>
>>> The "cosmic blender" created by the rotation of the central black hole
>>> could have a significant impact on the galaxy's evolution. It could help
>>> to redistribute matter throughout the galaxy, which could lead to new
>>> star formation. It could also help to create new black holes, which
>>> could further influence the galaxy's evolution.
>>>
>>> Of course, this is just a hypothesis. More research is needed to
>>> understand the full impact of the rotation of the central black hole on
>>> the smaller black holes and the galaxy's evolution.
>>> ___________________
>>>
>>> ;^D
>>
>> If there is a BH gravity orbiting
>> in other gravity. There is low gravity
>> inside the gravity of a BH.
>>
>
> Well, it might be akin to the eye of a hurricane. Nice and calm.

Perhaps even a paradise that has zero time, yet you can still tap your
fingers together and keep time, you never age...