Math Study
Process: 3 Layers
read section, reread section, finish book. repeat with next book.
return previous full reread.
return next book full reread
analysis: boas primer->hardy pure->knopp series->hobson functions->tichmarsh functions
analysis: lang undergrad analysis->real analysis
constructive: euler->cauchy->lagrange, knuth,
geometry: euclid, todd tri, maa geom, todd sphere, solomon conics -> zig trig
number theory: childs, andrews, guass -> group theory
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build foundations of cal-cul-ate
reading: extend to the frontiers of foundation: Fourier & Differential
(year6)
build analysis in cal-cul-ate
reading: kline, marsden, lang calc, spivak, vector calc, courant. main: euler, cauchy, lagrange, legendre
(year7)
build linear algebra in cal-cul-ate
reading: number theory & group theory, main gauss
(year8)
build congruence in cal-cul-ate
reading: euler complete
(year9)
reading: euclid complete
build geometry, differentials & complete Grimore Cal Cul aTe
(year10)
critique mathematical papers, 17th Century
college geom, geom revisited, appolinus conics
classical mechanics
(year 11)
critique mathematical papers, 18th Century
dynamics
(year 12)
critique mathematical papers, 19th Century
physics home lab: levers, fulcrum, inclined plane, pulley, pendulum, spring
unix kernel
(year 13)
critique mathematical papers, 20th Century
physics home lab: conics, ellipse, lazers, mirrors, optics, refraction tank, reflector, astronomy
unix network protocol
(year 14)
write mathematical papers
physics home lab: dynamics, fluids, pressure, dye, flows
unix community
(year 15)
write mathematical papers
physics home lab: waves, heat, vibration, electromagnet
release homebrew cryptography
(year 16)
Write mathematical book
Complete Cal-Cul-aTe using math as primer to physics
(year 17)
Build cathedral pinnacle completion of Cal-Cul-aTe
(year 18-20)
