t ching his head in 1910.
It is still a fairly astounding notion to consider t atoms are mostly empty space, and tty s come togeter become a loyal Nazi, unatingly betraying Jewish colleagues, including many whohad helped him.
real often used for illustration—t actually strike eacimotively c for trical ct in a c actually sitting tlevitating above it at a of one angstrom (a imeter), yourelectrons and its electrons implacably opposed to any closer intimacy.
ture t nearly everybody om is of an electron or ts orbiting a sun. ted in 1904, based on littlemore t named aro Nagaoka. It iscompletely durable just to note, it inspiredgenerations of science fiction ers to create stories of omsbecome tiny ined solar systems or our solar system turns out to be merely a mote in somemucion for Nuclear Researcs e. In fact, as ps o realize, electronsare not like orbiting planets at all, but more like to fillevery bit of space in ts simultaneously (but to be everyrons are ).
Needless to say, very little of tood in 1910 or for many years afterward.
Ruted some large and immediate problems, not least t no electronso orbit a nucleus crasional electrodynamic t a flying electron s of energy—in only an instant orso—and spiral into trous consequences for botons ive coget blo of tom apart. Clearly governed by t applied in tations reside.
As ps began to delve into tomic realm, t it merelydifferent from anyt different from anytomic be isvery difficult to get used to and it appears peculiar and mysterious to everyone, boto to t.” comment, ps ury to adjust to trangeness of atomic be must to Rut was all brand new.
One of tructure of tom, Boing t poned o e see anytom, to try to its structurefrom beo it, as Ruticles at foil. Sometimes, not surprisingly, ts of ts were puzzling.
One puzzle t ime o do rum readings of tterns s oms emittedenergy at certain not ot turning up at particular locations but raveling betand whis should be.