Zuckerberg Invitation

Letter to Mark and Dr. Priscilla Chan Zuckerberg

Summary of the Zuckerberg Letter

Elevator Pitch

The Plan

Why Fusion is the only realistic solution

Referenced resources:
Going Solar; Why solar can never provide utility baseload power levels by Tom D. Tamarkin & Barrie Lawson
Energy Basics; Where does energy on our planet come from? by Tom D. Tamarkin
2060 And Lights Out; How will America survive without oil? by Tom D. Tamarkin
The Energy Trap by Tom Murphy, Ph.D., UCSD
Questions for Tad Patzek, Ph.D., UT, Austin, Peak Oil Expert
Dr. Robert L. Hirsch on oil & need to create synthetic liquid & gaseous fuels
Letter to His Holiness, Pope Francis, Vatican City State From Tom D. Tamarkin & Pat Boone

2014 US Energy supplies

Plasma-Jet-Driven Magneto-Inertial-Fusion (PJMIF) was originally conceived in the late 1990s by Dr. Y. C. Francis Thio at NASA Marshall Space Flight Center (MSFC), where he initiated a R&D program in PJMIF.  After Thio joined the Department of Energy’s (DOE) Office of Fusion Energy Sciences in late 2002, development of PJMIF was quickly expanded under Thio’s program leadership with DOE sponsorship.  This included further system and modeling studies (at several institutions), further plasma-jet-technology development (at HyperV Technologies Corp. led by Dr. F. Douglas Witherspoon), and, in 2009, the initiation of the Plasma Liner Experiment (PLX) at Los Alamos National Laboratory (LANL).  In all cases, the PJMIF-related funding awards were made after competitive peer review conducted by DOE.

With Dr. Scott C. Hsu as principal investigator, PLX is the experimental facility for developing a suitable plasma-liner compression driver for PJMIF.  The vacuum chamber shown above, with Dr. Hsu (2nd from left) standing next to Tom and Jeremy Tamarkin (3rd and 4th from left) along with two other LANL employees, was transferred from MSFC to LANL in 2010.
PJMIF is unique among low-cost magneto-inertial fusion concepts (e.g., compared to General Fusion or Helion) in having both reactor-friendly attributes (i.e., non-destructive liner compression enabling high shot rate and attractive power-plant economics) and high implosion velocity for overcoming plasma-target thermal-loss rates (an Achilles heel in 60+ years of controlled-fusion research).  Led by LANL and HyperV Technologies Corp., the PJMIF effort was recently one of just nine projects selected for funding by ARPA-E’s new ALPHA program, which is aimed at seeding potentially transformative, low-cost, and high-shot-rate development pathways to economical fusion power.  An objective of ARPA-E is to partner the PJMIF team with private investors for aggressive PJMIF development during or beyond the ALPHA program.