#acceleration

ramnath@nerdpol.ch

Are YOU #Being #Activated? Here Are the Signs to Look For | #Mary #Rodwell

#MaryRodwell shares her observations about what is happening to millions of people around the world during what she and others have called the great awakening. Many are reporting not only physical symptoms like ear buzzing, dizziness and palpitations, but also regular brushes with the #paranormal, #synchronicity and witnessing LOTS of repeating #number #patterns (i.e. 11:11).

Mary not only feels that indeed we are seeing the signs of a planetary and species wide #frequency #acceleration but also a possible plan to stop this evolutionary leap in its tracks.

Published 27th July 2022 (10:06)

Source: https://youtube.com/watch?v=woaXWSwqNg4

Are YOU Being Activated? Here Are the Signs to Look For | Mary Rodwell

podmin@pod.beautifulmathuncensored.de

getting stroboscopic again despite worse numerics
```
from vpython import *

G = 100 #prefactor electric force, code adapted from gravity sim therefore 'G'

B=vector(0,1,1) #constant overall manetic field, should be enough to introduce chaos to 2 particle system (later I'd like to have it caused by the nuclear spin and affect the electron spin, all classical of course)

cp. https://arxiv.org/abs/chao-dyn/9601009

Lorentz force is q*cross(v,B), here: charge*cross(velocity,B)

edit initial conditions here

##########
spheres = [
sphere(pos=vector(2,0,0),radius =.1,color=color.blue,charge=-1,mass=1,velocity=vector(0,-5,0),a = vector(0,0,0)),
#sphere(pos=vector(0,0,0),radius=.3,color=color.red,charge=1,mass=7200,velocity=vector(0,0,0),a=vector(0,0,0)),
#sphere(pos=vector(0,12,0),radius=.08,color=color.green,mass=sqrt(4),velocity=vector(1.2,0,0.6),a=vector(0,0,0),trail=curve(color=color.green)),
sphere(pos=vector(0,0,0),radius=.3,color=color.red,charge=1,mass=7200,velocity=vector(0,0,0),a=vector(0,0,0))
#sphere(pos=vector(0,28,0),radius=.4,color=color.orange,mass=sqrt(80),velocity=vector(0.7,0,0.4),a=vector(0,0,0),trail=curve(color=color.orange)),
#sphere(pos=vector(0,32,0),radius=0.2,color=color.white,mass=-sqrt(10),velocity=vector(1.5,0,0.4),a=vector(0,0,0),trail=curve(color=color.white))
]

def acceleration1on2(sphere2,sphere1):
r = sphere2.pos - sphere1.pos
r_mag = mag(r)
normal_r = norm(r)
g = ((G*sphere1.charge*sphere2.charge)/pow(r_mag,2))/sphere2.mass*normal_r
return g

t = 0
dt = .001
while 1:
rate(10000)
for i in spheres:
i.a = vector(0,0,0)
for j in spheres:
if i!=j:
i.a = i.a + acceleration1on2(i,j)

# only for electron Lorentz force, assume nucleus resting in field (should later be caused by it)
# spheres[0].charge*cross(spheres[0].velocity,B)
lorentz_acc = spheres[0].charge*cross(spheres[0].velocity,B)/spheres[0].mass #acceleration due to B on e-
spheres[0].a += lorentz_acc          


for i in spheres:
    i.velocity = i.velocity + i.a *dt
    i.pos = i.pos+i.velocity*dt
podmin@pod.beautifulmathuncensored.de

Higher time resolution
```
from vpython import *

G = 100 #prefactor electric force, code adapted from gravity sim therefore 'G'

B=vector(0,1,1) #constant overall manetic field, should be enough to introduce chaos to 2 particle system (later I'd like to have it caused by the nuclear spin and affect the electron spin, all classical of course)

cp. https://arxiv.org/abs/chao-dyn/9601009

Lorentz force is q*cross(v,B), here: charge*cross(velocity,B)

edit initial conditions here

##########
spheres = [
sphere(pos=vector(2,0,0),radius =.1,color=color.blue,charge=-1,mass=1,velocity=vector(0,-5,0),a = vector(0,0,0)),
#sphere(pos=vector(0,0,0),radius=.3,color=color.red,charge=1,mass=7200,velocity=vector(0,0,0),a=vector(0,0,0)),
#sphere(pos=vector(0,12,0),radius=.08,color=color.green,mass=sqrt(4),velocity=vector(1.2,0,0.6),a=vector(0,0,0),trail=curve(color=color.green)),
sphere(pos=vector(0,0,0),radius=.3,color=color.red,charge=1,mass=7200,velocity=vector(0,0,0),a=vector(0,0,0))
#sphere(pos=vector(0,28,0),radius=.4,color=color.orange,mass=sqrt(80),velocity=vector(0.7,0,0.4),a=vector(0,0,0),trail=curve(color=color.orange)),
#sphere(pos=vector(0,32,0),radius=0.2,color=color.white,mass=-sqrt(10),velocity=vector(1.5,0,0.4),a=vector(0,0,0),trail=curve(color=color.white))
]

def acceleration1on2(sphere2,sphere1):
r = sphere2.pos - sphere1.pos
r_mag = mag(r)
normal_r = norm(r)
g = ((G*sphere1.charge*sphere2.charge)/pow(r_mag,2))/sphere2.mass*normal_r
return g

t = 0
dt = .001
while 1:
rate(600)
for i in spheres:
i.a = vector(0,0,0)
for j in spheres:
if i!=j:
i.a = i.a + acceleration1on2(i,j)

# only for electron Lorentz force, assume nucleus resting in field (should later be caused by it)
# spheres[0].charge*cross(spheres[0].velocity,B)
lorentz_acc = spheres[0].charge*cross(spheres[0].velocity,B)/spheres[0].mass #acceleration due to B on e-
spheres[0].a += lorentz_acc          


for i in spheres:
    i.velocity = i.velocity + i.a *dt
    i.pos = i.pos+i.velocity*dt
podmin@pod.beautifulmathuncensored.de

bit cleaned up, bit other B

from vpython import *

G = 100 #prefactor electric force, code adapted from gravity sim therefore 'G'

B=vector(0,1,1) #constant overall manetic field, should be enough to introduce chaos to 2 particle system (later I'd like to have it caused by the nuclear spin and affect the electron spin, all classical of course)
# cp. https://arxiv.org/abs/chao-dyn/9601009
# Lorentz force is q*cross(v,B), here: charge*cross(velocity,B)

# edit initial conditions here       
##########
spheres = [
sphere(pos=vector(2,0,0),radius =.1,color=color.blue,charge=-1,mass=1,velocity=vector(0,-5,0),a = vector(0,0,0)),
#sphere(pos=vector(0,0,0),radius=.3,color=color.red,charge=1,mass=7200,velocity=vector(0,0,0),a=vector(0,0,0)),
#sphere(pos=vector(0,12,0),radius=.08,color=color.green,mass=sqrt(4),velocity=vector(1.2,0,0.6),a=vector(0,0,0),trail=curve(color=color.green)),
sphere(pos=vector(0,0,0),radius=.3,color=color.red,charge=1,mass=7200,velocity=vector(0,0,0),a=vector(0,0,0))
#sphere(pos=vector(0,28,0),radius=.4,color=color.orange,mass=sqrt(80),velocity=vector(0.7,0,0.4),a=vector(0,0,0),trail=curve(color=color.orange)),
#sphere(pos=vector(0,32,0),radius=0.2,color=color.white,mass=-sqrt(10),velocity=vector(1.5,0,0.4),a=vector(0,0,0),trail=curve(color=color.white))
]

def acceleration1on2(sphere2,sphere1):
    r = sphere2.pos - sphere1.pos
    r_mag = mag(r)
    normal_r = norm(r)
    g = ((G*sphere1.charge*sphere2.charge)/pow(r_mag,2))/sphere2.mass*normal_r
    return g


t = 0
dt = .01
while 1:
    rate(60)
    for i in spheres:
        i.a = vector(0,0,0)
        for j in spheres:
            if i!=j:
                i.a = i.a + acceleration1on2(i,j)


    # only for electron Lorentz force, assume nucleus resting in field (should later be caused by it)
    # spheres[0].charge*cross(spheres[0].velocity,B)
    lorentz_acc = spheres[0].charge*cross(spheres[0].velocity,B)/spheres[0].mass #acceleration due to B on e-
    spheres[0].a += lorentz_acc          


    for i in spheres:
        i.velocity = i.velocity + i.a *dt
        i.pos = i.pos+i.velocity*dt

podmin@pod.beautifulmathuncensored.de

There's clearly a problem with energy conservation (numerics or other bug), but otherwise it looks very interesting already

https://www.beautifulmathuncensored.de/static/GlowScript/GlowScript.html

from vpython import *


#scene.fullscreen = True

G = 100 #prefactor electric force, code adapted from gravity sim therefore 'G'


B=vector(0,1,10) #constant overall manetic field, should be enough to introduce chaos to 2 particle system (later I'd like to have it caused by the nuclear spin and affect the electron spin, all classical of course)
# cp. https://arxiv.org/abs/chao-dyn/9601009
# Lorentz force is q*cross(v,B), here: charge*cross(velocity,B)

# edit initial conditions here       
##########
spheres = [
sphere(pos=vector(2,0,0),radius =.1,color=color.blue,charge=-1,mass=1,velocity=vector(0,-5,0),a = vector(0,0,0)),
#sphere(pos=vector(0,0,0),radius=.3,color=color.red,charge=1,mass=7200,velocity=vector(0,0,0),a=vector(0,0,0)),
#sphere(pos=vector(0,12,0),radius=.08,color=color.green,mass=sqrt(4),velocity=vector(1.2,0,0.6),a=vector(0,0,0),trail=curve(color=color.green)),
sphere(pos=vector(0,0,0),radius=.3,color=color.red,charge=1,mass=7200,velocity=vector(0,0,0),a=vector(0,0,0))
#sphere(pos=vector(0,28,0),radius=.4,color=color.orange,mass=sqrt(80),velocity=vector(0.7,0,0.4),a=vector(0,0,0),trail=curve(color=color.orange)),
#sphere(pos=vector(0,32,0),radius=0.2,color=color.white,mass=-sqrt(10),velocity=vector(1.5,0,0.4),a=vector(0,0,0),trail=curve(color=color.white))
]







def acceleration1on2(sphere2,sphere1):
    r = sphere2.pos - sphere1.pos
    r_mag = mag(r)
    normal_r = norm(r)
    g = ((G*sphere1.charge*sphere2.charge)/pow(r_mag,2))/sphere2.mass*normal_r
    return g


t = 0
dt = .01
while 1:
    rate(60)
    for i in spheres:
        i.a = vector(0,0,0)
        soi = vector(0,0,0)
        for j in spheres:
            if i!=j:
                i.a = i.a + acceleration1on2(i,j)


    # only for electron Lorentz force, assume nucleus resting in field (should later be caused by it)
    # spheres[0].charge*cross(spheres[0].velocity,B)
    lorentz_acc = spheres[0].charge*cross(spheres[0].velocity,B)/spheres[0].mass #acceleration due to B on e-
    spheres[0].a += lorentz_acc          


    for i in spheres:
        i.velocity = i.velocity + i.a *dt
        i.pos = i.pos+i.velocity*dt




    #scene.center=vector(spheres[1].pos.x,spheres[1].pos.y,spheres[1].pos.z)


diggers@diaspora-fr.org

A developing evil: the malignant historical force behind the #Great #Reset

Source: https://winteroak.org.uk/2022/08/02/a-developing-evil-the-malignant-historical-force-behind-the-great-reset/

red

The so-called Great Reset is nothing but the extension and violent #acceleration of a longstanding process.

It is the increase of centralising power, the tightening of control, the growth of ā€œthe #economy ā€, the ever-closer convergence of #power and #money.

Continuous #industrial #development has been the background to all our lives, but it is not necessarily something of which we are always conscious.

The first thing I observed was that there was always local opposition to any proposed development on a greenfield area ā€“ the bigger the project, the greater the opposition.

Several methods were used to ensure that development triumphed over the wishes of the local people.

The first was for local politicians and officials to denigrate opponents of the scheme in question, in which ever way seemed most appropriate.

If the #opponents were local people living close to the proposed development, they were selfish individuals termed NIMBYs ā€“ Not In My Back Yard.

If people from further away were involved, who could not be accused of having a purely personal interest, they were dubbed ā€œoutside agitatorsā€ or ā€œrent-a-mob troublemakersā€.

In this way, no #dissent could ever be seen as legitimate.

I also came across a degree of #corruption, of course, of very close connections between local officials and the property development businesses whose projects they authorised.

But behind these levels of #propaganda and corruption was something else, something even more important: the ā€œneedā€ for development was written into the bureaucratic planning structures devised by central government, with which local authorities had to comply.

The overall process of development itself was sacrosanct and officially ensured.

All the language and arguments in favour of development therefore served not so much to convince people that it was necessary, as to cloak the reality that it would in any case be imposed on them against their will by central power.

A narrative is always needed to dress up development and sell it to the public.

This idea of ā€œunderdevelopmentā€ is, he concludes, ā€œa manipulative trick to involve people in struggles for getting what the powerful want to impose on themā€

Those pushing this #agenda are happy to cynically exploit the naivety of those who fall for the lie and enthusiastically jump aboard the bandwagon of ā€œhelpingā€ those who have not yet been turned into what Otto Ulrich calls ā€œa mechanical cog in a great production apparatus dominated by the world marketā€.

In #Europe, a key #institution promoting development is The Organisation for Economic Co-operation and Development, founded sixty years ago

The ā€œFirst UN Development Decadeā€ between 1960 and 1970, which claimed to identify a problem with ā€œunderdevelopedā€ people, again insisted that its aim was to improve the quality of their lives

In 1970 it launched an International Development Strategy and an associated UN resolution announced a unified approach to development and planning, ā€œwhich would fully integrate the economic and social components in the formulation of policies and programmesā€.

In 1986 the #UN went even further when it published its Declaration on the Right to Development.

Although this text clearly identified the aim of establishing what it called ā€œa new international economic orderā€, it hid this agenda behind the absurd statement that ā€œthe right to development is an inalienable human rightā€.

ā€œStates have the duty to co-operate with each other in ensuring development and eliminating obstacles to developmentā€.

In 1990 the United Nations Development Programme published its first Human Development Report, defending the inalienable right of all human beings to be developed.

then ten years later, in 2000, it launched its Millennium Development Goals, based on the International Development Goals drawn up at Chateau de la Muette by the OECDā€™s Development Assistance Committee

Private-public partnerships were very much encouraged. Goal 8 was ā€œto develop a global partnership for developmentā€, which could mean ā€œcooperation with #pharmaceutical #companiesā€ or making available the ā€œbenefits of new technologiesā€ by working with Big Tech

It has also long been interested in so-called ā€œrural developmentā€, aiming to ā€œincrease #production and raise #productivityā€ by means of what it calls a ā€œtransition from traditional isolationā€. The #World #Bank would like to enable the ā€œtransfer of people out of low productivity #agriculture into more rewarding pursuitsā€.

It is not for nothing that the World Bank/IFC use the #slogan ā€œCreating #Markets, Creating #> Opportunitiesā€ (21). For all the do-good language, the bottom line is that investment, like development, is really about making money and accumulating power.

The World Bank has been peddling the #greenwashing scam of so-called ā€œsustainable developmentā€ for quite a while now.

In reality, the ā€œsustainableā€ development they are promoting is every bit of an oxymoron as ā€œequitableā€ development, being just another aspect of the camouflage with which its proponents hide the reality of their insidious agenda from public view.

*As Esteva writes, ā€œSustainable development has been explicitly conceived as a strategy for sustaining ā€˜developmentā€™, not for supporting the flourishing and enduring of an infinitely diverse natural and social lifeā€. *

But because they donā€™t want this profoundly undemocratic situation to be visible, they also construct the propaganda layer which aims, like the propaganda about the need for local ā€œdevelopmentā€, to conceal the true nature of the process.

Because the development mafia depicts itself as representing ā€œgoodā€, all those who go against its agenda must necessarily be ā€œbadā€ ā€“ reactionary, right-wing, conspiracy theorists.

###The process which calls itself ā€œdevelopmentā€ in fact equates to nothing other than #destruction, in every context.

As Sachs writes: ā€œSuspicion grows that development was a misconceived enterprise from the beginning. Indeed, it is not the failure of development which has to be feared, but its success. What would a completely developed world look like?ā€ (28)

It would simply be a dead world.

read on: https://winteroak.org.uk/2022/08/02/a-developing-evil-the-malignant-historical-force-behind-the-great-reset/


#GreatReset #winteroak #4IR #capitalism #new_normal