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2025/4/28- Two new joint works on magnetism in BiFeO3, fresh of the press:
Morphogenesis of spin cycloids in a noncollinear antiferromagnet
Electric-Field-Driven Reversal of Ferromagnetism in (110)-Oriented, Single Phase, Multiferroic Co-Substituted BiFeO3 Thin Films
2025/4/2- New collaborative work with UC Berkeley out now - find out more about how defect emission can be tuned with local variations in crystal environment here: 02/3342051/Epitaxial-strain-tuning-of-Er3-in-ferroelectric
2025/3/18- We're excited to announce support from the AFOSR Young Investigator Program! Read more about how quantum sensing can help address problems at the intersection of biophysics and magnetics here: https://news.northeastern.edu/2025/03/18/quantum-computing-and-biology/
2024/12/6- Congratulations to Nathaniel for winning "Best Student Presentation" in the diamond session at MRS!
2024/9/25- Check out the highlight news article about our temperature sensing work: https://www.advancedsciencenews.com/diamond-based-sensors-measure-temperatures-on-the-nanoscale/
2024/9/2- Nathaniel's new temperature sensing paper is now online! Check out how we can engineer the NV center Hamiltonian to be selectively sensitive to temperature at Advanced Quantum Technologies: 10.1002/qute.202400271
2024/8/19 - We're excited to be a part of the inaugural Quantum Engineering & Science Opportunities (QuESO) workshop at Northeastern. More information (and registration) here: https://queso-boston.com/
2024/6/17 - New work from the Boston lab showing how to realize an order-of-magnitude improvement in sensitivity by carefully positioning an external magnet! Read more here
2024/4/26 - Our work on BiFeO3 was highlighted on Northeastern's COS webpage - learn more about why we're working on this material here !
2024/4/5 - Nicole's first paper is online, and made the front cover of JPCB! Congratulations!
Find out more about how the geometry and curvature of obstacles shapes diffusion in membranes here
2024/4/4 - Our paper using scanning NV microscopy to image the magnetism in BiFeO3 is now online at Nature Communications!
Find out more about how complex magnetic ordering can be controlled with electric fields (and how we can image it) here
2023/8/1 - The scanning NV system has now moved to its permanent lab space in Building V. We've also moved our training documentation online - check it out at https://www.snvm-qmsi.com/
2023/2/20 - Congratulations to Nicole for winning the poster competition at BPS 2023!
2022/9/30 - The new scanning NV magnetometer is now operational at the EQUAL labs in Burlington! This tool enables nanoscale magnetic fields to be measured and imaged in a wide range of materials. Thanks to Qnami for the installation and excellent user training sessions they provided!
2022/9/7 - Great launch event for the Experiential Quantum Advancement Laboratories (EQUAL) at the Burlington Innovation Campus! New facilities enabled by a grant from the MassTech Collaborative will include a scanning NV magnetometer, state-of-the-art ARPES systems and new material growth platforms.
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