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The MagLab is funded by the National Science Foundation and the State of Florida.

User Facilities
User Facilities

The MagLab has seven user facilities located across our three campuses. Every year more than 1,800 researchers use our facilities - most at no cost to them - and publish more than 400 peer-reviewed publications.

High B/T
Magnets & Instruments Measurement Techniques Magnet Schedule High B/T Staff High B/T Research
- Publications
- Science Highlights
DC Field
Magnets & Instruments
Measurement Techniques Magnet Schedule DC Field Staff DC Field Research
- Publications
- Science Highlights
ICR
Instruments Techniques Applications ICR Software Magnet Schedule ICR Staff ICR Research
- Publications
- Science Highlights
EMR
Instruments Measurement Techniques Sample Types EMR Software Magnet Schedule EMR Staff EMR Research
- Publications
- Science Highlights
Pulsed Field
Magnets & Instruments Measurement Techniques Pulsed Field Software Magnet Schedule Pulsed Field Staff Pulsed Field Research
- Publications
- Science Highlights
NMR-MRI/S
Instruments
Capabilities & Techniques
Solid-State NMR Solution-State NMR MRI/S Magnet Schedules NMR-MRI/S Research NMR Software AMRIS/UF Staff NMR/FSU Staff
User Resources
User Resources

Special resources are available to users, including access to our highly experienced support staff, customized tools, training, financial support, housing assistance and more.

Magnet Schedule

Magnet time is awarded via a competitive proposal process. See who is scheduled on magnet systems across the lab.

User FAQs

Find answers to common questions about applying for magnet time, preparing for experiments and other practical user information.

Data Management Plans

Learn more about the MagLab's data management, including plans specific to each facility.

Planning your Experiments
Measurement Techniques Magnet Search User Brochure User Policies Funding Opportunities

Request Magnet Time

Want to use high magnetic fields to elevate your research? Learn how to submit a proposal to get access to the world’s highest field magnets free of charge.
Doing Your Experiment
Experiment Support Onsite and Remote User Timeline/logistics Reporting & Acknowledgement Shipping Samples Travel & lodging & Visa
User Safety
User Committee
Users Executive Committee DC Field/High B/T Advisory Sub-Committee EMR Advisory Sub-Committee ICR Advisory Sub-Committee NMR/MRI Advisory Sub-Committee Pulsed Field Advisory Sub-Committee
Research
Research

MagLab researchers understand how high magnetic fields lead to big discoveries, whether it’s our robust in-house research teams or the more than one-thousand visiting scientists who conduct experiments here annually.

Research Initiatives

High field research answers fundamental questions on materials and new technology, energy, health, and the environment, helping to create a brighter future

Industry
Patents and Products How to work with the MagLab

Publications

Peruse the more than 400 MagLab publications a year in peer-reviewed journals and the other published products that result from research conducted here.

Science Highlights

The most promising and cutting-edge research summarized from around the lab.
Research Groups
Condensed Matter
Cryogenics
Geochemistry
Research Groups
Center for FAIR & Open Science
Magnet Development
Magnet Development

The MagLab is home to the Magnet Science & Technology (MS&T) group and the Applied Superconductivity Center (ASC). Together, these groups work to develop powerful magnet technology and the strongest superconducting magnets in the world.

Magnet Projects

See the specs for the upcoming magnets in development now at the MagLab.

Probe Projects

Probes make high field science possible. Learn more about the new probes under development at the lab.
Magnet Science & Technology
Research Areas Facilities & Capabilities Collaborations MS&T Research
- Publications
- Science Highlights
Staff
Applied Superconductivity Center
Research Areas Facilities & Capabilities Plots ASC Research
- Publications
- Science Highlights
Staff Platypus Project Image Gallery
Education

Education

The MagLab has a strong commitment to education, providing programming across all academic levels: K-12, technical, undergraduate, graduate and postdoctoral.

Education research
Publications Science Highlights

Education Staff

Our experienced educators use their experience in the classroom to inform research on barriers for women and underrepresented minorities in STEM.

College Students
REU Internship

K-12 Students
SciGirls Summer Camp MagLab Camp TESLA High School Externship/Internship Learn about Electricity & Magnetism

Teachers
Field Trips and Tours Visits Plan a Lesson Research Experiences for Teachers (RET) Teacher Workshop
News & Events

News & Events

Read our latest news and features stories, watch a quick video, or see upcoming events.

News

MagLab in the News

Our facility and the science that happens here earns coverage by journalists around the world.

Feature Stories
Health Research Energy Research Materials Research / Quantum Magnet Technology / Magnet Making Environment Collaboration Outfielders STEM Education

Events
MagLab Full Calendar For Scientists For Education/the Community Public Tour

Media Resources
Brand and Logo Expert We've Got Your Back(ground) Multimedia Galleries
About
About

The largest and highest-powered magnet lab in the world, the National MagLab hosts more than a thousand visiting scientists a year. Researchers use our facilities for free, advancing understanding of materials and new technology, energy, health, the environment, and even the universe.

Around the Lab
Meet the Magnets Meet the Users Meet the Probes What is that? What Goes in the Magnets Virtual Tour MagLab Dictionary

Contact & Connect

Stay in touch with the MagLab and sign up to receive monthly updates about our cutting edge research, events, and educational activities.

Visit the Lab

Plan a visit to the world's largest and highest-powered magnet lab?

Safety

MagLab considers safety a core value, with a comprehensive set of programs designed to ensure the safest possible conditions for faculty, staff, users, and visitors.
Organization
Advisory Committees
Lab Leadership History
- Timeline
- In Memoriam
Policies & Procedures Organizational Chart Lab Wide Support Teams
Facts & Figures
Annual Report World Records By the Numbers MagLab Q&A Awards Economic Impact Sustainable Science

Funding

The National MagLab is proudly funded by the National Science Foundation and the State of Florida making all taxpayers stakeholders in our science.

Flagship Magnets

Some of the strongest magnets in the world, including resistive, pulsed, superconducting and hybrid.
Careers

Careers

From research positions in physics, engineering, chemistry, biology and more, to positions on our lab wide support teams, we offer exciting career opportunities.

Job Opportunities

Want to join Team Tesla and work at the MagLab? Check out these open faculty, postdoc and staff positions.

Life at the Lab

What’s it really like to work at the MagLab? Learn more about the amenities, community and quality of life at our three sites.

Benefits

MagLab employees enjoy competitive benefit packages and other perks.

Staff Search

Looking for a specific contact at the National MagLab, try our staff search.

Meet our Scientists/Staff

Our scientists have rich stories and backgrounds. Get to know some of them deeper.

Mentorship

Mentorship is a way of life at the MagLab. Learn about formal and informal mentorship programs nurturing our next generation of employees.

Science Highlights

These monthly highlights, selected by MagLab Director Greg Boebinger, represent the most promising and cutting-edge research underway in the lab’s seven user facilities.

All Highlights 2024 2023 2022 2021 2020 2019

The Fermi surface of UTe2.

April 17, 2024

Quasi-2D Fermi Surface in the Anomalous Superconductor UTe2

At ultra-low temperatures in the 32T all superconducting magnet, MagLab users fully mapped out the Fermi surface of UTe_2,learning more about how elec…

Left: The platinum group elements. Right: Study of a series of inorganic and organometallic compounds.

April 17, 2024

Unraveling the Mysteries of the Platinum Group Elements with 103Rh Solid-State NMR Spectroscopy

Rhodium (Rh) is one of the most costly and scarce platinum group elements; however, it is of great importance in many technologies including catalytic…

Mass spectrum of the initial sample extracted in methanol, with mass-scale zoom inset at m/z 536.

March 27, 2024

Evolution of the Molecules of Life on Distant Planets

The 21T FT-ICR MS instrument enables the molecular characterization of atmospheric hazes - like that on Saturn’s moon, Titan - and water vapor to bett…

(Left) Schematic cross section and field map of the Bi-2212 coil. (Right) The improvement of Bi-2212 current density.

March 27, 2024

An R&D Milestone for Bi-2212 High Temperature Superconducting Magnets

High temperature superconducting magnets offer tremendous potential for technological advancements and scientific discoveries, making them essential i…

February 26, 2024

Using 75T Pulsed Magnetic Fields to Detect Chern Pockets With Large Orbital Moments in CsV3Sb5

Pulsed magnetic fields of up to 75 T were applied at many different angles to a newly discovered metal, CsV₃Sb₅, in temperatures down to 0.5 K. Unusua…

Left: Rendering of the nanocalorimeter wire-bonded to a printed circuit board mounted in a vacuum cell (shown without its lid). Right: A photograph of the extremely small indium sample (dark rectangle in the middle of the image) mounted on the calorimeter.

January 23, 2024

Thermal Impedance Spectroscopy: A New Tool to Study Thermodynamics of Materials

This work demonstrates how heat is transmitted through elemental indium using thermal impedance spectroscopy. Spanning 5 orders of magnitude in freque…

(a) Average crystal structure of Na2Co2TeO6 with each Na site 2/3 occupied; Te and O atoms have been omitted for clarity. (b) Representative structure showing Na-occupation disorder,

January 18, 2024

Disorder-Enriched Magnetic Excitations in a Heisenberg-Kitaev Quantum Magnet, Na2Co2TeO6

Studying a mysterious magnetic material (Na₂Co₂TeO₆) that could be used in future quantum computing schemes, researchers revealed the crucial role mic…

Last modified on 09 April 2024

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