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Figure 1<br />

CFHT/WIRCam Ksband<br />

photometry of<br />

the secondary eclipse<br />

of TrES-2b. The top<br />

panel shows the unbinned<br />

lightcurve,<br />

while the panel that is<br />

the second from the<br />

top shows the lightcurve<br />

with the data<br />

binned every 7.0 minutes.<br />

The panel that<br />

is the second from the<br />

bottom shows the<br />

binned data after the<br />

subtraction of the<br />

best-fit background,<br />

while the bottom panel<br />

shows the binned<br />

residuals from the<br />

best-fit model. In<br />

each one of the panels<br />

the best-fit best-fit<br />

secondary eclipse and<br />

background, Bf , is<br />

shown with the red<br />

line. The expected<br />

mid-secondary eclipse<br />

is if TrES-2b has zero<br />

eccentricity. Figure<br />

and caption from Croll<br />

et al (2010b).<br />

Figure 2<br />

Transit observations of<br />

GJ 1214b. Black diamonds<br />

are the weighted<br />

mean of WIRCam<br />

J- & Ks-band and CH4<br />

On filter data. Red<br />

diamonds are the<br />

MEarth (Charbonneau<br />

et al. 2009), and the<br />

Kitt-peak Sada et al.<br />

(2010) transit depth,<br />

blue diamonds are<br />

VLT/FORS2 points<br />

(Bean et al. 2010)<br />

Grey dotted curve line<br />

is GJ 1214b atmospheric<br />

model, orange<br />

a solar-metallicity<br />

model, cyan a solarmetallicity<br />

no methane<br />

model (Miller-Ricci<br />

2010) for > 1 m.<br />

For

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