conformal Hubble 109pctjyoo/class/2020/notes4.pdfI = in-ton point mass → mass distribution → fluctuation → Snc on over distance test potentialfluctuation point mass of ie Esta

Connoting Rm=Oc3 . In - oil

[%I%]f. . . .

-- - - .

. ! conformal Hubble team, COOO

, Apc i k LH a super - horizon/

horizon todasi ( Ya > you

i 109pct- - - - - - - - d today ao= Ic y-

today in ¥2: dpns - a. doom' Mpe - n - - - -

I- -

-- .

' dphy today ) = doom (today )I ,

I

'

,Iya# ! uguggpigaeaodg → npaqsic.ae, aan.

1 Human rig ( Tumey ,i

→ microscopic sale at( micro -

3mm I ' Abeg.hri scopfc

..lsec-y-F.IT time (Ne- 40,

③ begin inflation end RDE rude 1nATwo"Gev-

ardBigBaug, cosmo for general publicstandard cosmology for scientists

te = Be longer = Ae co-514ps =

Indeedabegin

F- offer - Kisa Ne- Stege = fewOt - NHI = Ne - lo

-"see ~ co

-Hse,

Ds-

weak gravitational lensing M-

%7F¥/strong . weak . Miao tensing

.jp/sb!,-↳ snc

- → ZEN real-Ok = ¥% n d = ÷M÷ . as b.a ' a position

* relativistic connection : sector 2.

a - IET $8919771Ds . I = Ds ' b - Dhs - a

£ = in - Apes a = in - Ott lens equation

r2

= Dis 4914b = Die ' n AE -

-

DsDh C-

point mass I - ri - GEINEinstein readies Qe =

→ arcsecftf.dk/FzJdk/i-tf;eJ"

I = in - ton point mass → mass distribution → fluctuation → Snc

on over distance test '

potential fluctuation

point mass of ie Esta.

a- 45¥

I = in - GOI.BE = oh

.E : projected leasing potential

* mass distribution : OI = Is t¥ SAZ - 24 cylindrical coordinate-

D't = 44958 .62£ = 4¥ Azz SS = 2¥ .

E - Sdh' Ezln in -ng← lensing kernel

* fluctuation over distance i § - Eden ( 24 = Sabr . Serj' ay• e gere . =

h '

-

w e e

rg←angular diameter distance

* src distribution e § - Goodine B) 2X.

g= r://drst.br/nscrsl in firing ers ,-

robot§ - ri - ohh i position . geodesic

dose - ten - ton : shape . geodesic deviation

dsi - Disdain . Dis - IFT -- Tsi; - ( III. ¥: ) - I - (Ko : ) - ( E .'t. ) - Gow ow )

K - e- Ier = IC# e- Ear).

w= I c - Dal = - ICE, - OIL)YE ICD

se- Dal - ICE. - Ess ) .

Tse - I kDa) = OI , , -82 ,

Eiji I. DIE = stregcrs.rs Diffdef '- cc-42- V'+ w

'

re c - 2K

②2 Snc

. wordn n

a.EE"

figs,

m - III. - aan→ A

= It 2K

g Xx

x

dA= 0×8, DSi - Dli , Q, dAsrc=DiiDis0xOyObs

8SF=lDizDg =detDidAobs

Obs lensSrc

TEH # s-

a

galaxyObs. galaxychip-

ellipticity EE dib I f t dat G - at i - g

fMtb

×

E-cee.exi-lmmIIYIT.ae?IIImI=ecwsaop.sina@Idsi--Diddy → dhi=dDYigdsg

Obs

Mignon Warming ~ St's ID'll Wcs) (Digits ( Beltoise~ idol )jelD4 Mice

eiibs = et't so, c- Out D'- ¥, (

' ' II" I:* )@Ibs = EEN t 28, + OCH

E:b = desk-121, no lensing G- = EAS2B E - o - I

Exons = Exsrc ← 28, K - 82=0 Eq = @ sing D= o - 1800

Ipt{ Et> ~ NI? Etcxi ) ~ LEKAS S - o = ( Ex>@e- Ex> = ICE> oink@> →[Lee> aced > = Leastwise > = Ile's

apt ( Etch ) Ee Cui > ,Lex & )

.Let

↳ = .ee?IE'Se4oe.ki.stfei*staetsFa#y ~ coat-5

.Esr - 0.3 188$33,u. -33

to

(EI? exo" ) → CA . 8×1 n 8%03 in) →

[email protected] Bon

% .

"¥'