Harvard-Smithsonian Center for Astrophysics 1.5-m TRES Echelle Spectrograph Programs [Programs by P.I.] [Return to schedules page] |
1 | Engineering | Szentgyorgi |
2 | Benchmarks | Furesz |
3 | Cepheid variables | Furesz |
4 | delta Scuti stars | Furesz |
5 | Eclipsing Binaries | Devor |
5 | Selected Accurate Masses | G. Torres |
6 | Pleiades Binary Survey | G. Torres |
7 | ROSAT PMS Candidates | G. Torres |
8 | Evolved Star Masses | G. Torres |
9 | Eclipsing Binary Masses | G. Torres |
10 | TrES-3 | Sozzetti |
11 | Transits | G. Torres |
12 | RV M dwarfs | Blake |
13 | Transit follow-ups | Latham |
14 | Halo Candidates | Latham |
15 | Low-Mass Eclipsing Binaries | G. Torres |
16 | Binary Spin Orbit Alignment | Fabrycky |
17 | TeV Binary HESS J0632+057 | M. Torres |
20 | Radial Velocity Standards | All |
21 | Spectrophotometric Standards | All |
22 | Spectral Type Standards | All |
34 | Low-mass Companions | Mazeh |
40 | F-stars | Stefanik,Andersen |
56 | Stefanik | Stefanik |
57 | Velocity Standards | All |
61 | Halo Transit Per | Latham,Carney,Mazeh |
70 | Northern G Stars | Torres |
73 | Rosat PMS_Stars | Torres |
74 | Rosat PMS | Torres |
83 | White Dwarf Masses | Greenman,Stefanik,Latham |
84 | Lacy Eclipsing Binaries | Latham,Lacy |
87 | G Stars South | Torres |
91 | Superplanets | Torres,Latham |
97 | Torres Misc | Torres |
100 | sa57 | Latham |
110 | PTI | Torres |
117 | Giants | Latham |
120 | M-Star SIM | Torres |
123 | Kepler Candidates | Latham |
124 | HAT, Qatar | Latham |
126 | Snowden | Latham,Snowden |
133 | Sid Parsons | Latham,Parsons |
138 | kelt | Latham |
142 | Torres TRES | Torres |
144 | boost | Latham |
145 | MEarth Candidates | Dittmann/Berta |
146 | Double Line Eclipsing Binaries | G.Torres |
147 | PMX Mass Fraction in ONC | Furesz |
148 | DASCH Long-Term Variables | Tang/Miller |
149 | Addressing the M-dwarf radius problem: a stringent test of the activity hypothesis | Irwin |
150 | The magnetic field switch of the planet-hosting star tau Bootis | Guenther |
155 | hagai | Parets |
157 | sam | Quinn |
158 | Substellar Companions Found Using Relativistic Beaming | Latham |
159 | Planets in White Dwarf Systems | Peretz |
160 | Hot Jupiters in Open Clusters | Quinn |
161 | Novas | Chomiuk |
162 | Kepler Metallicity | Latham |
163 | H-alpha Eclipsing binaries | Dupuy |
164 | Kepler Eclipsing Binaries | Latham |
165 | Distance to the Cygnus Loop | Raymond |
166 | Falling evaporating bodies in IQ Aur? | Guenther |
167 | Circumstellar Shells | Milisavljevic |
168 | Kepler Circumbinary Planets | Latham |
169 | Planets Spin Up Hosts | Poppenhaeger |
170 | AG Dra | Dupree |
171 | Runaway Stars | G.Torres |
172 | PMS Models | Czekala |
173 | Activity of Solar-type Stars | Dumusque |
174 | Globular Cluster M13 Abundances | Johnson |
175 | CoRoT-2b transits | Poppenhaeger |
176 | Accretion Driven Physics | Dupree |
177 | MEarth Overluminous Stars | Dittmann |
178 | Magnetic activity of exoplanet host stars | Poppenhaeger |
179 | M67 Blue Stragglers | Latham |
180 | Square Fiber Engineering | Latham |
181 | Nontransiting Companions to Kepler Planets | Montet |
182 | Evolved Hosts | Johnson |
183 | MEarth Followup | Dittman |
184 | Accretion Variability | Czekala |
185 | Young M Dwarfs | Montet |
186 | K2 Spectra | Latham |
187 | Optical spectra of Xray and UV Objects | Poppenhaeger |
188 | Brown Dwarf Desert | Latham |
189 | Pre Main Sequence M Dwarfs | Montet |
190 | Eccentric Binary Spin-Orbit Alignment | Torres |
191 | Chromospheres of Dwarf Stars | Dupree |
192 | Planets around Massive Stars | Zhou |
193 | HATSouth Bright Star Planets | Zhou |
194 | Binarity of the Kepler Asteroseismic Sample | Curtis |
195 | Spin-orbit alignment of a 110-day period system | Zhou |
196 | Bright Binary Stars in Ruprecht 147 | Curtis |
197 | Probing Disk Winds Around Young Stars | Dupree |
198 | Nearby Northern Mid-to-Late M Dwarfs | Winters |
199 | Giant planets | Quinn |
200 | Confirm K2 warm Jupiters | Zhou |
201 | Map Novae MW | Falco |
202 | Star-star interactions | Winston |
203 | White Dwarf Planet/Metallicity Correlation | Vandenburg |
204 | Self-Lensing Binary Candidates | Latham |
205 | Testing In Situ Formation of Hot Jupiters | Latham |
206 | Hot Jupiters, Formed In Situ | Quinn |
207 | Seeking Common-Envelope Binaries | Dupree |
208 | Confirmation and Characterization of Tropical Jupiters | Rodriguez |
209 | The Impact of Companions on Stellar Rotational Evolution | Douglas | 210 | Mapping Accretion Disks Via Spectroscopic Eclipses | Zhou | 211 | Characterizing Ha Variability as a Funciton of Rotation Period and Mass for Mid-to-Late M Dwarfs | Medina | 212 | Neptunes and Jupiters around Early Type Stars | Zhou | 213 | New Candidate Members of the Brown Dwarf Desert | Charmichael | 214 | Monitoring activity WASP-107 and GJ 436 during transit observations | Oklopcic | 215 | Two Cool Stars and HST | Dupree | 216 | Common Envelope Binaries | Dupree | 217 | Classical Novae | Falco | 218 | Spectroscopic follow-up of TESS planet candidates | Latham | 219 | Focus on Betelgeuse | Dupree | 220 | Confirmation and Characterization of Dynamically Young Jupiters | Rodriguez | 221 | Simultaneous Flare Observations and Halpha Emission of Rapidly Rotating Mid-to-Late M Dwarfs with TESS and TRES | Medina | 221 | Simultaneous TRES and TESS Observations to Characterize the Effect of Stellar Flares on Spectroscopic Activity Indicators | Amber Medina | 222 | Measuring the mass of a young transiting Neptune | Samuel Quinn |
223 | Determining the Occurrence Rate of Jupiters Orbiting the Nearby Mid-to-Late M Dwarfs | Jennifer Winters |
224 | Anchoring planet evolution through time | George Zhou | 225 | Sausage | Latham | 226 | Stellar Multiples and Circumbinary Planets | G.Torres | 227 | Detached neutron stars and black holes in binaries | El-BadryLatham | 228 | Follow-up of Benchmark Systems for Investigating M-Dwarf Spindown | Pass | 229 | Stellar Multiples and Circumbinary Planets | Bieryla |