fiers,7transistors and solid state devices. Prereq: PHY 232 or 251, 242;   Nuclear Pllysics    
MA "'1`3' A lecture and problem course concerned with the theories of the
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Ari advanced lahoratory COUISC in thc USC zlfld DIOPQYUBS of V81”i0US reactions. Prereq; PHY 714 or equivalent.
light sources, spcctrographs, photographic materials, and photometric
inethods;   ofiéréiknown materials by spectrographic methods.   Atonljc Sh-uCtUrc_  
rCrUq' P D Or O ' A lecture and problem course treating the theory of atomic structure.
·---· · · · 'I".'—ld.t`·.d l 1. t., lt'lttt,
>>> M/¤¤r~¤¤~¢¤l Pll>‘SZ¤S¤ Afeeuc wld Nuclear- < 2) r..“ZS§§Z.,.3Sé   §Z§`Zéin.3H.w{'I.° QEEQQS, s‘Z$d"qJS.E`...‘£" mZ§l’§..?§Si
Mv¤\Sl1Y¤‘mv¤f of C, 0/FH, h/0, 1'¢S0¤¤¤€B potentials, X·1’€1Y €1bS01’Pfi0¤, treatment ot the vector model. Prereq: PHY 714 or equivalent.
half-lives, beta-ray and gamma-ray absorption, gamma spectra,
;);;?fi`c6nctivity, alpha-particle ranges, and radiation dosage. Prereq:   Sfdtjstjggl ]\fgchaniC_g_  
" O’ A lecture and problem course dealing with the thermal properties of
-, - _ . . . matter from the standpoint of statistical mechanics. Topics include
AEJS ikxpelllalllcntdl PhySlCS;1L11ght· h fl   t1lCl’11lO(1;El;l§ prpgeirties, perfect gases, and Fermi-Dirac statistics.
n at vaucet amratory course ea ing wit the properties 0 cnses, Prereq: . 22, i ’.
mirrors, prisms, gratings, and combinations of these elements in _ _ _ ,
optical systems. ’1`he important phenomena of optics are studied 639,640 l]ICO1'QfIC(ll ASf7‘Of)l1)’SlCS.   C21.)
Fxpcrujwntalwlly TTU; qflm}C%];§,)pE’g€l€SC0pB’ spectmmeten Intel" A study ot those branches of physics which have thus far proved
‘lmm°tCr’ Im ‘mmlt°r' nr°q’ °0 ‘ most useful in astronomical applications and a thorough treatment of
,_,_ , . . several major astronomical problems which have been elucidated by
>>—l 1‘ll7l([(l77lCI1{(1l Atomic and Nuclear Physics. (3) thm ,,,,.H,(,dS_ p,,.,,..,, PHY 504V 611.
Atomic models, clcctromagnetic radiation, special theory of relativity, _ r I _
x—rays and crystal structure, Compton effect, wave nature of matter, 6>(;] Fhggry Of RgZgf;v;fy_  
atrgnic spectra, vector model, Zeeman eftect. Prereq: PHY 232 or 201, A lecture and problem Course dealing with the special and general g
*4*; MA "m‘ theories of relativity. Topics include relativistic kinematics, the
..- . - Lore rt tra sformations, the principle of equivalence, Riemzmnian
Sv) Fullclmlwntal Atonuc and Nuclear Physlcsh   spaces? fieldi equations and experimental tests of the special and
A continuation of PIIY 554. Prereq: PHY 554. general theories. Prereq: PHY 604.
598,599 Introduction to Quantum Mechanics. (3 ea.) 651 Physics of Elementary Particles. (3)
A lecture and problem course providing an introduction to quantum A lecture and problem course treating the subjects of fundamental
mechanics at the underirraduate level. Primary emphasis is on one- particle classification schemes, high energy accelerators and detectors,
dimensional problems so that fundamental ideas CCIH be assimilated introduction to meson field theory, pion nucleon interactions, and
without complications of purely mathematical nature. Basic postulates, strange particles. Prereq: PHY 555.
Schrodinger's wave equation and its applications. Prereq: PHY 232. e
or 251. 242; MA 214. 652 Theory of Elementary Particles. (3)
t - . . . A lecture and prol le n course dealing with the application of modern
`   Selected il Oplcs In Advanced Pl-LySlCS·   theoretical concepts tt; elementary particle systems. Prereq: PHY 714.
‘ Topics of an advanced and specialized nature such as the theory of j A V
angular· momentum, topibcsb in advanced theoretical nuclear physics,   Llgcfrlc Pl]Q]10]]]Q]l(1 In Gg$(;3_  
ifxilcf {H2, Mlvnncid, simlémial m€chumCS‘ May be repeated tw1c€' Considers basic phenomena of thc motion and interaction of electrons
NNW mmlnt 0 m”tm°ml‘ in gases including ion formation, mobility, diffusion, recombination, ion
s - · lifetimes atomic and molecular excitations and encrgetics. Prereq:
  C/[(lSSlC(ll AICCITUIYICS.   pHY 41*} $54 Or $10. \[A 014
A lecture and problems course covering the methods of Lagrange I l
and Ilamilton and their application to particles, systems of particles,   [\’IQt][Q(lS Of Algfllgyylgfgcgl P]])7S[C$_  
T)n<.l» `<·o¤¤1gi;;i;eus]linedrug ·va{¤`¤¤tu>Q?; 1;Tl;ClDl€$§ ¤¤¤$f¤Fm¤¤¤“ *hC°l’Y· Solution gf physical problems systcmatizcd according to the equations
Hull' '7 i er °(lm"l(nt’ ‘ ‘ "‘ i ' they satisfy. Variational methods, boundary conditions, eigenfunc—
- ,. . . . tions. Grccn’s function integral representations, approximation pro-
. (>O> Ixmetie 1/zeory of A/Iatter (3) uhm, ,,,,1, , » T ·
· · ·· · , * rpplications from electromagnetic theory, quantum
` A course of lectures covering the classical kinetic theory of gases. mechanics, acoustics. Prereq: Consent of instructor.
lopics include the theorems ot (Qlausius, ]oulc, Maxwell and Boltz- ___ _ _`
mann; Brownian inovenients, development of cquatrons of change of /1-{ Ouantu77; l\I€C]l(]]`LlC$   (g)
~*·¤·· 1’····¤· lm elm ¤<¤¤~~ ~·1’m· MA 21+ A iram i-0..at. a.m...,t .. ima H-View Or the mgm of quantum
V. . r . th ·or` ·r, 1ath·nat`·zl t··l iiqu   of z t 1 1-ch;n'c·, tl ~ g-1 -r;l
611 hlectrenzueiwtzc 1iw<>r>· 1. (3)   Ji   .ZZJ.-i..f.$ilL mf.} mjéili".ZZ'éa.`§.5rcS,` 2i.Z uimifiialr i
A lecture and problem course treating electrostatics, boundary condi- Dl‘l¤t‘ll>ll‘· I
tions, potential problems, energy in electric and magnetic fields, __ r
1na;;nelic lllil1l‘I`l.Il% and Max\\‘ell's equations. Prereq: PHY 416. /15 Oll(1llitl77l AVICCIIHIIZCS    
.» `- i
MA ‘l l' A continuation of PHY 714 with extensions into special methods 0f l
. ., . . ,, srlvingproll· " theth·0*, bl· s` ¤tht 0 d` > ` ,
61 > Llcctromugizetre Ilzeory II. (3) aiia an- 1>aii1iIii;.tin1>tme aiegiiegg tii; eilgriliiiilc Pr;i;q:n(i°Hiln5li1ii0;r
Continuation and extension of PHY 611. Includes theory of electro- ¤*: include properties of nuclci, nuclear trans- .. · ._ · V
l formations, olwscrvational methods, radioactivity and interaction of /69 I{C5ldcH(’C C’€dit1[Ortlw Doctors Degree'  
nuliation with matter. Prereq: l'llY 604. May be re cated indefinitely. (1-12 credits equivalence.)
P
l 700