intensity.screen=Intensity Screen
confirm=Confirm
options=Options
km.s=km/s
v.0.km.s.d.1.nm=v={0} km/s, D={1} nm
resolution=Resolution
1.l=1/L
simulation=Simulation>>
electrons=Electrons
y0=Y0
atom.shape=Atom Shape
davisson.germer.experiment=Davisson-Germer Experiment
ev.fs.2.nm.2=eV fs^2/nm^2
neutrons=Neutrons
electron.gun.controls=Electron Gun Controls
simulate.the.original.experiment.that.proved.that.electrons.can.behave.as.waves.nwatch.electrons.diffract.off.a.crystal.of.atoms.interfering.with.themselves.nto.create.peaks.and.troughs.of.probability=Simulate the original experiment that proved that electrons can behave as waves.  \nWatch electrons diffract off a crystal of atoms, interfering with themselves \nto create peaks and troughs of probability.
radial=Radial
clear=Clear
absorbing.barriers=Absorbing Barriers
zooming.out=Zooming Out
richardson=Richardson
nm=nm
live.data=Live Data
intensity.plot=Intensity Plot
off=Off
reset=Reset
quantum.wave.interference=Quantum Wave Interference
multiplier=Multiplier
atom.separation.d=Atom Separation (D)
em.wave.display=EM Wave Display
save.detectors.barriers=Save (detectors & barriers)
screen=Screen
show.expectation.value.y=Show Expectation Value <Y>
1.p.2=1/p^2
black.white.screen=Black & White Screen
double.slit=Double Slit
detectors=Detectors<<
protractor=Protractor
error=Error
fs=fs
atom.radius=Atom Radius
magnitude.0=Magnitude={0}
show=Show>>
source.wave=Source wave
show.expectation.value.x=Show Expectation Value <X>
print.model.parameter=Print Model Parameter
propagators=Propagators
ps=ps
simulation1=Simulation
waveform.decrement=Waveform Decrement
circular=Circular
right=Right
ruler=Ruler
total.average.intensity.0.particles.second=Total average Intensity={0} particles/second
split.operator=Split Operator
display=Display
magnitude=Magnitude
wave.function.display=Wave Function Display
create.detector.array=Create Detector Array
resolution1=Resolution>>
photons=Photons
x=<X>
y=<Y>
turn.on.the.laser=Turn on the Laser
energy.vs.position.save.0=Energy vs. Position (save #{0})
on=On
avg=Avg
intensity.reader.testing.only=Intensity Reader (testing only)
detection=Detection
size0=Size0
unitless=unitless
initial.conditions=Initial Conditions
double.slits=Double Slits >>
stopwatch=Stopwatch
counts.0.time.1=counts={0}, time={1}
opacity=Opacity
single.particles=Single Particles
x0=X0
slit.width=Slit Width 
observables=Observables>>
save.snapshot=Save Snapshot
hits=Hits
show.momenta=Show momenta
som.controls=SOM controls
potential.barriers=Potential Barriers>>
fire=Fire
intensity=Intensity
velocity=Velocity
scale=scale
load.detectors.barriers=Load (detectors & barriers)
confirm.save=Confirm save?
real.part=Real Part
plot=Plot
fire.particle=Fire Particle
anti.slits=Anti-Slits
add.detector=Add Detector
y1=Y
covariance=Covariance
wave=wave
square=Square
fire1=FIRE
autodetect=Autodetect
size=Size
units=units
remove.all=Remove All
imaginary.part=Imaginary Part        
gun.type=Gun Type
copy.screen=Copy Screen
main.wave=Main wave
hide=Hide<<
zooming.in=Zooming In
left=Left
error.in.probability.normalization.norm.0.err.1=Error in probability normalization, norm={0}, err={1}
getvalue.scale.0=getValue() / scale  = {0}
auto.repeat=Auto-Repeat
potential=Potential
ev.ps=eV ps
detectors1=Detectors>>
dt=DT
enable.all=Enable all
repeat.detect=Repeat Detect
screen1=Screen>>
modified.richardson=Modified Richardson
disable.slits=Disable Slits<<
finite.difference=finite difference
fade=Fade
location.0=Location={0}
resolution2=Resolution<<
phase.color=Phase Color
detect=Detect!
high.intensity=High Intensity
detector.on.left.slit=Detector on Left Slit
vertical.position=Vertical Position
2.lasers=2 Lasers
hide.simulation=Hide Simulation<<
add.barrier=Add Barrier
edge=Edge
speeding.up.time=Speeding Up Time
hide.potential.barriers=Potential Barriers<<
0.1.nm={0}: {1} nm
time.averaged.intensity=Time-Averaged Intensity
clear.wave=Clear Wave
y.axis=y-axis
x.axis=x-axis
ev.fs=eV fs
slowing.down.time=Slowing Down Time
depth=Depth
screen2=Screen<<
advanced=Advanced>>
e.field=E-Field
gun.controls=Gun Controls
clear.snapshots=Clear Snapshots
average.intensity=Average Intensity
ui=UI
detector.on.right.slit=Detector on Right Slit
ns=ns
helium.atoms=Helium Atoms
hide.advanced=Hide Advanced<<
momentum.x0=Momentum-x0
crank.nicholson=Crank-Nicholson?
screen.brightness=Screen Brightness
save=Save
probability.inflation=Probability Inflation
momentum.y0=Momentum-y0
hide.observables=Hide Observables<<
time.step=Time Step
slit.separation=Slit Separation
value=Value=???
propagator=Propagator
angle.degrees=Angle (degrees)
davisson.germer.electron.diffraction=Davisson-Germer: Electron Diffraction
separation=Separation
particle.y0=Particle y0
dectector.prob.scale=Dectector prob-scale