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Introductory Astronomy Illustrations:
stars

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Contact: F.X.Timmes
my one page vitae,
full vitae,
research statement, and
teaching statement.

Some of the vector illustrations I've made over the years, and continue to craft, for my introductory astronomy courses. Some are simple, some are more sophisticated, and I merely peek over the ankles of giants. Most of the illustrations shown in a scalable vector grapics (svg) format; click to get a vector graphics pdf version.

Stars
image
1msun_ionization_fractions
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abundances_atomic_number
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abundances_in_objects
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agb01
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biggest_stars
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binary_mass_transfer; frames 1 2 3 4; mp4
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binding_energy
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black_hole_schwarz
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black_hole_kerr
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cepheid_light_curve
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cepheid_light_curve2
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cepheid_period_luminosity
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closest_stars_over_time
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curve_of_growth
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degeneracy
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dredge_up03
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eff_fig1
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gas_grain_delivery
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gravitational_focus01
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hr_cluster; frames 1 2 3 4 5; mp4
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hr_instability_strip1
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hr_instability_strip2
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instability_strip02
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hr_lowmass_evol
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hr_massive_evol
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hr_starbirth
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hr_sun_evol
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hr_with_masses
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hr_with_masses_radii
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hr_with_radii
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hr_with_stars
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kaler_hr ; Adapted from Jim Kaler
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hr_with_stars1; Adapted from Michael Seeds
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hydrostatic_equilibrium
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imf2
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kipp-tpiptp
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massive_star_onion_exploded
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molecular_cloud_chew
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molecular_cloud_collapse; frames 1 2 3; mp4
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nearest_stars2
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nearest_massive_stars
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neutrino_87a
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neutrino_borexino_2018
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neutrino_light_curve_massive_star
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neutrino_thermal_losses1
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nova_light_curve
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nstar_interior3d
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pop3_hr
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pop3_hr
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presolar_grain_path
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pulsar_light_curve
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pulsation_hr_v3
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cp1919
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red_giant_structure
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sagb_core02
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silicon_oxygen_shells
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sims
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sn_light_curves
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SNII_lightcurve
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t1a_atmos2
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star_oscillations
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star_oscillations_02
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ti44_ams_detect
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t1a_light_curve1
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tycho_light_echo_geometry
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white_dwarf_mass_radius