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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
abundances_atomic_number
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abundances_in_objects
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agb01
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1msun_ionization_fractions
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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
image

cepheid_light_curve
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cepheid_light_curve2
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cepheid_period_luminosity
image
nearest_massive_stars
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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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Adapted from Jim Kaler
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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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closest_stars_over_time
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borexino_2018
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87a_neutrinos
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nova_light_curve
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nstar_interior3d
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nu_losses1
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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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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