New magnetic trapping solutions from Daniel Paschall and from Colin McNamara

An impressive magnetic trapping setup from Daniel Paschall based on rotating quadrupole field in an arrangement that we call "split dipole". This time these dipoles magnets (3/8" cubes) are placed in 20° angle with the radial plane and separated by 3/4". pic.twitter.com/6CX8yH3ZLz

— Sudanamaru (H. Ucar) (@Sudanamaru1) September 16, 2023

This image shows the same setup but without the cover of the matchbox. The ivibration makes the blurred appearance. pic.twitter.com/AfV0W85OXE

— Sudanamaru (H. Ucar) (@Sudanamaru1) September 6, 2023

torque present in other schemes. pic.twitter.com/P0qzxv7rYD

— Sudanamaru (H. Ucar) (@Sudanamaru1) August 26, 2023

A very friendly setup from Colin McNamara. The drum consists of two cube magnets, poles oriented radially and attracting each other that we call split dipole scheme. This arrangement generates quadrupole zones allowing magnets to be trapped at its magnetically quietest location. pic.twitter.com/71ZtEiFbon

— Sudanamaru (H. Ucar) (@Sudanamaru1) August 25, 2023

A beautiful realization of a magnetic trapping solution using rotating magnetic fields made by D. Paschall. Science is inspiring! pic.twitter.com/T9MvuTWFWy

— Sudanamaru (H. Ucar) (@Sudanamaru1) August 4, 2023

Twitter mirror pages

Doesn't look like a classified experiment from 90's? pic.twitter.com/6GuTjvHgUS

— Sudanamaru (H. Ucar) (@Sudanamaru1) August 19, 2023

Watching an hourglass can be boring, and even it floats in air! Dated August 10, 2022pic.twitter.com/mA3MhFqsee

— Sudanamaru (H. Ucar) (@Sudanamaru1) August 19, 2023

This video gives a stroboscopic view of a magnetic bound state dynamics. Actually it is a standard video recording while the shuttle speed set high due to intense illumination of the scene. Stroboscopic view is obtained by adjusting speed of the motor close to 60 rev/sec. pic.twitter.com/bWenGsurQA

— Sudanamaru (H. Ucar) (@Sudanamaru1) January 27, 2023