Ehrenfest paradox
paradoxographical
obliqueness
microtorque
frame dragging
backlash
gyrorotation
concurvity
nonrelativistic
windage
submarine paradox
geodetic effect
paradoxographer
torquated
screw
isocurvature
curvative
eccentric
driveshaft
barycentrically
asymmetry
conformastatic
gyrotropization
dissymmetrically
give
relativistically
springiness
bilateralism
Einsteinianism
orthometric
bilaterality
bilateral symmetry
spring
Riemannian manifold
bevel
autodynamics
paradoxically
curviplanar
superplasticity
shear
gyrocircle
brachydiagonal
first fundamental form
contractolation
slantingness
gyrogravitomagnetic
SYZ conjecture
Riemannian
steradian
centrosymmetry
sticky bead argument
screw up
Kepler's equation
Supplee's paradox
curvature
rhombic
Einstein field equation
flutter
resilience
rotating shaft
relativity
equilibrant
resiliency
offshell
cylindricalness
Geneva wheel
rolling resistance
transmission shaft
harmonic motion
shaft
entasis
spring balance
gyrogauge
van Stockum dust
hangman paradox
rhombically
paradoxician
pseudocubic
symmetricity
rhombiform
miscurvature
topology
paradoxy
globulous
lengthwise
spinward
pdl
aspherical
volution
non-Newtonian
aspheric
centre of lift
Lorentz factor
poundal
bumblebee model
whirling table

English words for 'A relativistic paradox concerning the concept of Born rigidity within special relativity, where an ideally rigid cylinder that is made to rotate about its axis of symmetry. The radius R as seen in the laboratory frame is always perpendicular to its motion and should therefore be equal to its value R₀ when stationary. However, the circumference should appear Lorentz-contracted to a smaller value than at rest. This leads to the contradiction that R = R₀ and R < R₀.'

As you may have noticed, above you will find words for "A relativistic paradox concerning the concept of Born rigidity within special relativity, where an ideally rigid cylinder that is made to rotate about its axis of symmetry. The radius R as seen in the laboratory frame is always perpendicular to its motion and should therefore be equal to its value R₀ when stationary. However, the circumference should appear Lorentz-contracted to a smaller value than at rest. This leads to the contradiction that R = R₀ and R < R₀.". Hover the mouse over the word you'd like to know more about to view its definition. Click search related words by phrase or description. to find a better fitting word. Finally, thanks to ChatGPT, the overall results have been greatly improved.

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