User:DJIndica

Work in progress: Sandbox - Sandbox2 - Sandbox3 - Pages needing attention (Physics) -.
Planned edits: DJ mixer - Avoided crossing - Bohr radius - Wave packet - Inglis-Teller limit

1:30 PM EDT - Tuesday, April 30, 2024

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This user comes from the United Kingdom

This user is a Wikipedian in Canada.

This user is studying for a PhD in physics from Queen's University

This user is working in the optical physics group at Trent University

This user is a drum & bass DJ

This user loves Ninja Tune

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MAN CITY

This user supports Manchester City.

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MCR

This user is from Manchester

US

This user studied physics at the University of Sussex.

This user trained as a hairdresser

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This user is learning to love Mathematica

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WikiProject Physics.

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WikiProject Electronics.

This user has been a member of Wikipedia since December 31st, 2005.

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This user feels he has contributed quite a lot to Wikipedia and is surprised he was excluded from voting in the Wikimedia Foundation election

This user had very few userboxes until he discovered collapsible boxes

Major edits[edit]

Other contributions[edit]

Coulomb's law#Table of derived quantities
Stark effect: illustration of Stark splitting in hydrogen
Fresnel diffraction: diffraction geometry image (original version)
Council on Environmental Quality#Staff links to industry
Parliament of the World's Religions#Address by Swami Vivekananda
Crystallin#Enzyme_activity: references
Avoided crossing: Zeeman energy level diagram
Hydrogen line: Hyperfine splitting diagram

My images [edit]

Gallery of uploaded images

Coulombic 1⁄r potential.	Stark - Coulomb potential for a Rydberg atom in a static electric field.	Trajectory of the of the electron in a hydrogen atom in an electric field $\scriptstyle {{\vec {E}}=-3\times 10^{6}{\hat {x}}}$ .	A Classical simulation of the trajectory and angular momentum of the electron in a hydrogen atom in an electric field $\scriptstyle {{\vec {E}}=-3\times 10^{6}{\hat {x}}}$ . <<Full size>>

Second order Stark shifts in hydrogen. Each n-level consists of n-1 degenerate sublevels; application of an electric field breaks the degeneracy.	A graphical representation of the complex impedance plane. Note that while reactance $\scriptstyle {\mathrm {X} }$ can be either positive or negative, resistance $\scriptstyle {R}$ is always positive.	An AC supply connected across a device with impedance $\scriptstyle {Z}$ , with an AC voltmeter and ammeter in parallel, and series respectively. An AC supply applying a voltage $\scriptstyle {V}$ across a load $\scriptstyle {Z}$ , driving a current $\scriptstyle {I}$ .	Voltage and current phases for an ideal capacitor and inductor.

	An adiabatic process. Change in the probability density of a ground state quantum harmonic oscillator, due to an adiabatic increase in spring constant.	An avoided energy level crossing in a two level system subjected to an external magnetic field.	Repulsive force between two negatively charged lengths of tape.

Attractive force between two oppositely charged lengths of tape.	Fine and hyperfine structure in hydrogen. Not to scale.