The blue Oxford dewar is a general purpose liquid helium 4 dewar used with the DC Field resistive 50 mm bore magnets.

Although the absolute sensitivity of this 24-660 GHz transmission device is lower than that of the quasi-optical system, samples for the transmission apparatus may be very large (0.5 mL and above), thus offsetting the sensitivity disadvantage. The instrument is coupled to a 15/17 T superconducting magnet.

Several broadband (continuous from 8 GHz to 1 THz) instruments based on MVNA spectrometers have been configured for high-sensitivity oriented single-crystal measurements, enabling EPR studies simultaneously as a function of field orientation, pressure and temperature.

The DC Field Facility has the capability to measure low resistances samples in continuous fields up to 45 T. Most of the standard laboratory electronics that users have experience with for lower field measurements are available at the MagLab, including lock-in amplifiers, current sources and pre-amplifiers.

Dozens of measurement techniques can be performed at the MagLab's seven user facilities, many at multiple facilities.

Fast and high pulsed magnetic fields at the Pulsed Field Facility allow very sensitive measurements of multiferroic properties, in particular the electric polarization as function of magnetic field down to fractions of a pC/cm2.  

Virtual Classroom Visits

Bring a MagLab educator to your class virtually this school year for FREE outreach lessons or a virtual tour.

MagLab educator Carlos Villa is in Virtual Classroom

Magnet Academy

Need to brush up on electricity and magnetism? Visit our Magnet Academy section, featuring resources for all ages and learning styles.

illustration of the right and left hand rules.

Resources for Grad Students & Postdocs

We support the professional and career development of early-career scientists during their time at the lab.

MagLab graduate students.

The MagLab has a strong commitment to education. Through the Center for Integrating Research & Learning (CIRL), the lab provides educational programming at all academic levels: K-12, technical, undergraduate, graduate and postdoctoral.

Educational Programs

A SciGirls camper during a forensic anthropology session.



The high school externship is for students who are participating in their school’s externship program. Only students that are registered in the externship course through their school will be allowed to participate.


A 10-week experience for middle-schoolers living in Leon County, Tallahassee.

Summer Camps

Each year we host a variety of camp programs that engage students in STEM fields.



Teachers at an RET poster session in 2014.


Educational Outreach

Teachers can plan a field trip to the lab or have a MagLab educator visit their class.

Research Experiences

A six-week summer program that gives teachers the chance to do real-world research.

MagLab Educators Club

If you are looking for ways to broaden your physical science lesson plans, then the MagLab Educators Club is for you.

2019 FAST (Florida Association of Science Teachers) Attendees
An REU participant in the lab.


Research Experiences

A 10-week summer program for exceptional college students who are interested in science and engineering research.

Grad & Postdoc

Resources, opportunities and workshops for young scientists and scientists-in-training.

Mentoring Moments series logo
  • How Early Mentorship Can Shape STEM Paths
    How Early Mentorship Can Shape STEM Paths

    We talked to Esha Atolia about her time as a student in the MagLab's Ion Cyclotron Resonance Facility and how it helped shape her STEM career. Watch and learn about her experiences and what advice she has for young scientists today.

    8 October 2021

For more information please visit our About Us page.

The contactless Surface Acoustic Wave (SAW) technique is implemented to probe the high-frequency conductivity in low dimensional (2D) structures, by measuring the SAW attenuation and velocity.

FDMR is a version of Electron Magnetic Resonance (EMR) that depends on sweeping the frequency instead of magnetic field, as is the standard in EMR.

The physics of cyclotron resonance (CR) and angle-dependent magneto-resistance oscillations (AMRO - See DC Transport) in low-dimensional metals is the same

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