Session A
  A1. Plenary I: High Energy Density Physics
Session B
  B2. Energetic Materials I
  B3. Focus Session: Ultra-High Pressure Shocks (P>>1 Mbar)
  B4. Inelastic Deformation I - Spall I
  B5. First-Principles & Molecular Dynamics Calculations I
  B6. Equation of State I
Session C
  C2. Detonations & Shock-Induced Chemistry I
  C3. Materials Science I: Shock
  C4. Continuum & Multiscale Modeling I
  C5. Focus Session: Failure Wave I
  C6. Phase Transitions I
Session D
  D2. Energetic Materials II
  D3. Materials Science II: Laser Shock
  D4. Continuum & Multiscale Modeling II
  D5. Focus Session: Failure Wave II
  D6. Phase Transitions II
Session E
  E2. Detonations & Shock-Induced Chemistry II
  E3. Focus Session: Ultrafast in situ Diagnostics
  E4. Inelastic Deformation II: Spall-Fragmentation II
  E5. First-Principles & Molecular Dynamics Calculations II
  E6. Equation of State II
Session F
  F7. Poster Session I
Session G
  G1. Plenary II: Shock Compression Science Award
Session H
  H2. Energetic Materials III
  H3. Materials Science III: Fundamentals
  H4. Inelastic Deformation III - Spall III
  H5. First-Principles & Molecular Dynamics Calculations III
  H6. Focus Session: Realizing the Promise of ICE I
Session J
  J2. Detonations & Shock-Induced Chemistry III
  J3. Experimental Developments I
  J4. Continuum & Multiscale Modeling III
  J5. First-Principles & Molecular Dynamics Calculations IV
  J6. Focus Session: Realizing the Promise of ICE II
Session K
  K2. Energetic Materials IV
  K3. Experimental Developments II
  K4. Continuum & Multiscale Modeling IV
  K5. Inelastic Deformation IV: Penetration
  K6. Phase Transitions III
Session L
  L2. Detonations & Shock-Induced Chemistry IV
  L3. High Energy Density Physics/Warm Dense Matter I
  L4. Inelastic Deformation V: Polymers & Metals
  L5. Spectrosopy & Optical Properties I
  L6. Equation of State III
Session M
  M2. GSCCM Business Meeting
Session N
  N5. Lev Al'tshuler's Contributions to Shock Wave Physics
Session P
  P1. Plenary III: NASA's Deep Impact Mission
Session Q
  Q1. Energetic Materials V
  Q2. Geophysics & Planetary Science I
  Q3. Spectroscopy & Optical Properties II
  Q4. Inelastic Deformation VI: Strength
  Q5. Phase Transitions IV
Session R
  R1. Plenary IV: Extreme Chemistry
Session S
  S1. Detonations & Shock-Induced Chemistry V
  S2. Geophysics & Planetary Science II
  S3. Materials Science IV: Dynamic Effects I
  S4. Continuum & Multiscale Modeling V
  S5. Phase Transitions V
Session T
  T1. Energetic Materials VI
  T2. Focus Session: Improving Models of Geologic & Planetary Materials
  T3. Equation of State IV
  T4. Inelastic Deformation VII: Nonplanar Waves
  T5. Physics & Chemistry at High Static Pressure
Session U
  U1. Energetic Materials VII
  U2. Equation of State V
  U3. Materials Science V: Dynamic Effects II
  U4. Inelastic Deformation VIII: Recovery
  U5. First-Principles & Molecular Dynamics Calculations V
Session W
  W7. Poster Session II
Session Y
  Y1. Energetic Materials VIII
  Y2. Experimental Developments III
  Y3. High Energy Density Physics/Warm Dense Matter II
  Y4. Continuum & Multiscale Modeling VI
Session Z
  Z1. Energetic Materials IX
  Z2. Equation of State VI
  Z3. Other Topics
  Z4. Continuum & Multiscale Modeling VII

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