The CASPEr experiment will try to detect axions via measurement of this type of effect. Considering an object undergoing Fermi-Walker transport is useful to derive the Bargmann-Michel- Telegdi equation for one type of this effect. Successive Lorentz boosts create an effect partially named for Wigner which, when applied sequentially yields this effect. Gravity (*) Probe B observed the geodetic effect, a type of this effect also named for Lense and Thirring. The equinoxes undergo this movement on a 26,000 year cycle. Newtonian predictions erred by 43 arcseconds per century in their value for this effect in the perihelion of Mercury's orbit. For 10 points, name this effect, coming in varieties named for Thomas and Larmor, which causes the axis of a top or gyroscope to
The CASPEr experiment will try to detect axions via measurement of this type of effect. Considering an object undergoing Fermi-Walker transport is useful to derive the Bargmann-Michel- Telegdi equation for one type of this effect. Successive Lorentz boosts create an effect partially named for Wigner which, when applied sequentially yields this effect. Gravity (*) Probe B observed the geodetic effect, a type of this effect also named for Lense and Thirring. The equinoxes undergo this movement on a 26,000 year cycle. Newtonian predictions erred by 43 arcseconds per century in their value for this effect in the perihelion of Mercury's orbit. For 10 points, name this effect, coming in varieties named for Thomas and Larmor, which causes the axis of a top or gyroscope to wobble.
The CASPEr experiment will try to detect axions via measurement of this type of effect.
precession [or spin precession; or Thomas precession; or apsidal precession; or precession of the perihelion ; or geodetic effect; or Lense-Thirring precession]