#electromagnetism — Public Fediverse posts

#Electromagnetism_trivia
Let's take two protons (i.e. two composite particles with mass m~1.6e-24g and electric charge q=1.6e-19 Coulomb).
The electric repulsion force wants to pull them apart while their gravitational attraction wants to join them.

Is there a distance at which the gravitational pull and the electrostatic push are equal, and the two particles can remain in equilibrium (in the absence of all other bodies in the universe)?

#electromagnetism #physics #science

#Electromagnetism_trivia
Let's take two protons (i.e. two composite particles with mass m~1.6e-24g and electric charge q=1.6e-19 Coulomb).
The electric repulsion force wants to pull them apart while their gravitational attraction wants to join them.

Is there a distance at which the gravitational pull and the electrostatic push are equal, and the two particles can remain in equilibrium (in the absence of all other bodies in the universe)?

#electromagnetism #physics #science

#Electromagnetism_trivia
Let's take two protons (i.e. two composite particles with mass m~1.6e-24g and electric charge q=1.6e-19 Coulomb).
The electric repulsion force wants to pull them apart while their gravitational attraction wants to join them.

Is there a distance at which the gravitational pull and the electrostatic push are equal, and the two particles can remain in equilibrium (in the absence of all other bodies in the universe)?

#electromagnetism #physics #science

#Electromagnetism_trivia
Let's take two protons (i.e. two composite particles with mass m~1.6e-24g and electric charge q=1.6e-19 Coulomb).
The electric repulsion force wants to pull them apart while their gravitational attraction wants to join them.

Is there a distance at which the gravitational pull and the electrostatic push are equal, and the two particles can remain in equilibrium (in the absence of all other bodies in the universe)?

#electromagnetism #physics #science

#Electromagnetism_trivia
Let's take two protons (i.e. two composite particles with mass m~1.6e-24g and electric charge q=1.6e-19 Coulomb).
The electric repulsion force wants to pull them apart while their gravitational attraction wants to join them.

Is there a distance at which the gravitational pull and the electrostatic push are equal, and the two particles can remain in equilibrium (in the absence of all other bodies in the universe)?

#electromagnetism #physics #science

“Graphy of the cosmic Od.” (1913) by Hippolyte Baraduc, from The Human Soul.

Source: Boston Public Library / Internet Archive

https://pdimagearchive.org/images/88872994-86da-4d7d-8a83-32986bfb3d30

#abstract #electricity #spirituality #soul #spirits #occultism #electromagnetism #auras #photography #art #publicdomain

“Graphy of the cosmic Od.” (1913) by Hippolyte Baraduc, from The Human Soul.

Source: Boston Public Library / Internet Archive

https://pdimagearchive.org/images/88872994-86da-4d7d-8a83-32986bfb3d30

#abstract #electricity #spirituality #soul #spirits #occultism #electromagnetism #auras #photography #art #publicdomain

“Graphy of the cosmic Od.” (1913) by Hippolyte Baraduc, from The Human Soul.

Source: Boston Public Library / Internet Archive

https://pdimagearchive.org/images/88872994-86da-4d7d-8a83-32986bfb3d30

#abstract #electricity #spirituality #soul #spirits #occultism #electromagnetism #auras #photography #art #publicdomain

“Graphy of the cosmic Od.” (1913) by Hippolyte Baraduc, from The Human Soul.

Source: Boston Public Library / Internet Archive

https://pdimagearchive.org/images/88872994-86da-4d7d-8a83-32986bfb3d30

#abstract #electricity #spirituality #soul #spirits #occultism #electromagnetism #auras #photography #art #publicdomain

“Graphy of the cosmic Od.” (1913) by Hippolyte Baraduc, from The Human Soul.

Source: Boston Public Library / Internet Archive

https://pdimagearchive.org/images/88872994-86da-4d7d-8a83-32986bfb3d30

#abstract #electricity #spirituality #soul #spirits #occultism #electromagnetism #auras #photography #art #publicdomain