Table of Content

• Visions
• Vision [1]


• Missions
• Mission [1]


• Values


• Goals
• 1: Advance the Basic Sciences for Energy Independence
• 1.1: Core Disciplines
• 1.2: Nanoscale Science
• 1.3: Energy-Relevant Systems
• 2: Harness the Power of Our Living World
• 2.1: Genomics and Microbial Systems
• 2.2: Climate Change
• 2.3: Environmental Remediation
• 2.4: Health and Medical Applications
• 3: Bring the Power of the Stars to Earth
• 3.1: Fusion Energy
• 3.2: Plasma Behavior
• 3.3: Practical Fusion Energy Systems
• 3.4: New Materials, Components, and Technologies
• 4: Explore the Fundamental Interactions of Energy, Matter, Time, and Space
• 4.1: Unification Phenomena
• 4.2: The Cosmos
• 5: Explore Nuclear Matter — from Quarks to Stars
• 5.1: The Nucleon
• 5.2: Nucleonic Matter
• 5.3: Quark-Gluon Plasma
• 5.4: Nuclear Astrophysics
• 5.5: Standard Model
• 6: Deliver Computing for the Frontiers of Science
• 6.1: Complex Systems
• 6.2: Computers, Collaboratory Software, and Computational Models
• 6.3: Supercomputing Architectures
• 6.4: Computing Resources and Network Infrastructure
• 7: Provide the Resource Foundations that Enable Great Science
• 7.1: Discovery-Class Tools
• 7.2: Research Opportunities
• 7.3: Partnerships
• 7.4: Research Enterprise Management