MagLab Overview:

1. MagLab Overview: Snapshot of Today On the Road to a Recompetition Coming Milestones…in time for the Renewal Proposal Submission BigLight “THIR” Laser…proposal to be submitted later this month

2. MagLab Overview: Snapshot of Today Budget User Programs Still $1.25M below the $162M full funding for 2008-2012…due to underfunding in 2008 Challenges due to ongoing pressure on the State of Florida budget…cut of ~$1.4M in annual State funding Severe cash flow crunch due to late arrival of final $6.5M of 2010 NSF funding Early arrival of $6M in 2011 NSF funding…much appreciated to position us for 2011 Renewal Proposal Integrated User Proposal submission and review Can we avoid the Committee on Visitors review ? Launching the NHMFL Dependent Care Travel Grant Program Growing visibility of Chem/Biology Budget Priorities Art Edison, Director of Chemistry and Biology Co-chairs of User Committee Search for Chief Scientist of Chemistry/Biology BigLight Workshop to highlight Chemistry/Biology Science Drivers 25T Split Magnet: Construction and instrumentation for first experiments in 2Q2011. Next assault on 100T: Upgraded insert coil under construction. NSF Management Changes Director: Arden Bement to be replaced by Subra Suresh, MIT Dean of Engineering (Materials Scientist) Assistant Director for Math and Physical Sciences: Ed Seidel, Computation Division of Materials Research Division Leader: Ian Robertson, University of Illinios (Materials Scientist)

3. MagLab Overview: On the road to a recompetition The Policy of the National Science Board: February 2007: National Science Board passes resolution endorsing “strongly the principle that all expiring awards are to be recompeted—” The Recommendation of the NSF Site Visit Committee: November 2009: NHMFL Site Visit Report recommends that the MagLab should not be recompeted The Decision of the National Science Board: May 2010: The NHMFL will be recompeted. NSF Two-step Plan: 1) National Academy of Sciences Study on Magnet Lab Science. 2) Recompetition for the Nation’s Magnet Lab

4. MagLab Overview: Estimated Timeline for the Recompetition National Academy Study Recompete Renewal Funding Present Grant 2010 2011 2012 2013 2014 2015 2016 2017 Advisory Users Meetings Site Visit OR OR RECOMPETITION REVIEW RECOMPETITION REVIEW RECOMPETITION REVIEW RENEWAL PROPOSAL REVIEW SUBMIT RENEWAL PROPOSAL SUBMIT RECOMPETE PROPOSAL SUBMIT RECOMPETE PROPOSAL SUBMIT RECOMPETE PROPOSAL NSF/NSB to DETERMINE RENEWAL FUNDING LEVEL and RENEWAL FUNDING DURATION

5. MagLab Overview: Timeline for Developing the Renewal Proposal Advice from 2010 External Advisory Committee Report (and soon 2010 User Committee Report) Address issues from 2009 (and soon, 2010) NSF Site Visit Report National Academy Study Submit Proposal Develop Science Text Develop Science Drivers Oct Nov Dec Jan-Feb Mar-Apr Jul May-Jun Aug-Sep EAC Mtg INTEGRATE SCIENCE TEXT PRIORITIZE BUDGET EAC Telecon Mtg Iteration of Science Drivers NSF SITE VISIT SCIENCE DRIVERS FIXED For each Science Driver: Month 1: Draft Text Month 2: Polish Text Month 3: Develop Budget Initiatives

6. 2008-2012 MagLab Science Drivers: Quantum Matter –Addressing our limited understanding of strongly interacting quantum systems - high-Tc superconductors, including pnictides - graphene, semiconductors, oxides, multiferroics Complex Fluids – Studying nature as it presents itself….messy. - petroleum, pharmaceuticals, biological fluids, waste water Materials Science – Element-specific probing of nuclear and electron spins - membrane proteins, organometallics, catalysts, photosynthesis Structure, Dynamics and Function –Biophysics, Biochemistry and Biomedicine - macromolecule dynamics…to membrane function…to living brains Magnet Materials – High-Strength Nanocomposites and Applied Superconductivity - materials to avoid ‘magnet disassembly events’ and $5M annual electricity bills

7. 2008-2012 MagLab Science Drivers: Quantum Matter –Addressing our limited understanding of strongly interacting quantum systems Complex Fluids – Studying nature as it presents itself….messy. Materials Science – Element-specific probing of nuclear and electron spins Structure, Dynamics and Function –Biophysics, Biochemistry and Biomedicine Magnet Materials – High-Strength Nanocomposites and Applied Superconductivity Growing Emphasis for 2013-2018 – Quantum Coherence, Spin Control (DC, Pulsed, High B/T, NMR, EMR) - condensed magnetic/superconducting states, quadrupolar nuclei, time-domain EMR, qubits Energy Research (DC, Pulsed, NMR, EMR, ICR) - high-temperature superconducting technologies, for power transmission and magnets - future fuels, energy storage, catalysts, electron transfer in molecules and nanostructures Petroleomics, Metabolomics, Proteomics (ICR, NMR, EMR) - complete inventory of chemical constituents, linked to function

8. Priorities for User Programs

9. Priorities for User Programs

10. Mid IR Undulator Far IR Undulator Near IR Undulator Broadband THz UNIQUE: Three Co-located Narrow-Band Light Sources UNIQUE: …co-located with Overlapping Broad-Band Source ‘THIR’ Laser: Reliable Components Assembled in a Unique Configuration www.magnet.fsu.edu Click “Publications”, then “Big Light” 5 m UNIQUE: Three Co-located Narrow-Band Light Sources with Overlapping Frequency Ranges… continuously covering 0.3THz to 120THz (mid-IR) Ultra-fast THz light pulses (1 psec pulses with a 10MHz Rep Rate) UNIQUE: Co-located with world’s strongest magnetic fields, a thermodynamic variable whose energy scales are resonant with ‘THIR’ spectroscopy Ultra-bright THz light pulses (1,000,000 times peak brightness of THz sources at Third Generation synchrotrons) (BigLight will have >100W average power) UNIQUE: Automatic time-synchronization of Near IR, Mid-IR and Broadband THz sources (< 20 fsec jitter for pump-probe experiments)