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* Consider joining the [https://www.humanbrainmapping.org Organization for Human Brain Mapping] |
* Consider joining the [https://www.humanbrainmapping.org Organization for Human Brain Mapping] |
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* Attend a [ |
* Attend a [https://biomag2020.org/ BioMag] meeting |
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* [https://megcore.nih.gov/index.php/OpenAccess_MEG Open Access MEG datasets] |
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==== Some important review articles articles on MEG research: ==== |
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[[Image:pdf.png]] [[Media:1993-Hamalainen-RMP.pdf| Hamalainen, M, et. al, Reviews of Modern Physics, 1993]] |
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[[Image:pdf.png]] [[Media:2003EncycNeuroSci.pdf| Magnetoencephalography, from the Encyclopedia of Neuroscience, 2003]] |
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[[Image:pdf.png]] [[Media:journal.pone.0120991.PDF|Complexity Measures in Magnetoencephalography: Measuring |
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"Disorder" in Schizophrenia ]] |
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[[Image:pdf.png]] [[Media:1-s2.0-S2451902217300083-main.pdf| Review: Magnetoencephalography as a Tool in Psychiatric Research]] |
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==== Python Programming in Neuroimaging ==== |
==== Python Programming in Neuroimaging ==== |
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* |
* [https://www.python.org/ Python Software Foundation (US)] |
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This site is the central repository for the current version of Python for your operating system. It is also the primary source for python documentation for the 2.x and 3.x versions of Python. The site has a useful beginner's guide and a collection of How-Tos on various topics for python developers. |
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* Python 3.x reference documentation and tutorial [https://docs.python.org/3/ Python 3.6 Library Reference and Tutorials] |
* Python 3.x reference documentation and tutorial [https://docs.python.org/3/ Python 3.6 Library Reference and Tutorials] |
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* NumPy, provides an N-dimensional array object [http://www.numpy.org Matlab-like features in Python] |
* NumPy, provides an N-dimensional array object [http://www.numpy.org Matlab-like features in Python] |
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* NiBabel, tools to read and write common neuroimaging file formats [http://nipy.org/nibabel/ Neuroimaging File Formats in Python] |
* NiBabel, tools to read and write common neuroimaging file formats [http://nipy.org/nibabel/ Neuroimaging File Formats in Python] |
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=== <u>Papers of Interest on Electromagnetism</u> === |
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==== Scattering Theory ==== |
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[[Image:pdf.png]] [[Media:scattering_rough_surfaces.pdf|E&M Scattering from Rough Surfaces]] |
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==== Novel Materials for use in Biomagnetism ==== |
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[[Image:pdf.png]] [[Media:Medical_applications_of_diamond_magnetometry.pdf|Medical applications of diamond |
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magnetometry: commercial viability]] |
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Latest revision as of 15:58, 8 December 2021
Helpful Links
- Researchers at NIH should join the MEG_ANNOUNCE listserv
- Anyone interested in MEG should check out MEG Community, and join their mailing list.
- AFNI is an essential tool for utilizing the SAM pipeline.
- Freesurfer is another essential tool for incorporating anatomical MRI data in your analysis.
- Consider joining the Organization for Human Brain Mapping
- Attend a BioMag meeting
Some important review articles articles on MEG research:
Hamalainen, M, et. al, Reviews of Modern Physics, 1993
Magnetoencephalography, from the Encyclopedia of Neuroscience, 2003
Complexity Measures in Magnetoencephalography: Measuring
"Disorder" in Schizophrenia
Review: Magnetoencephalography as a Tool in Psychiatric Research
Python Programming in Neuroimaging
This site is the central repository for the current version of Python for your operating system. It is also the primary source for python documentation for the 2.x and 3.x versions of Python. The site has a useful beginner's guide and a collection of How-Tos on various topics for python developers.
- Python 3.x reference documentation and tutorial Python 3.6 Library Reference and Tutorials
- NumPy, provides an N-dimensional array object Matlab-like features in Python
- NiBabel, tools to read and write common neuroimaging file formats Neuroimaging File Formats in Python
Papers of Interest on Electromagnetism
Scattering Theory
E&M Scattering from Rough Surfaces
Novel Materials for use in Biomagnetism
Medical applications of diamond
magnetometry: commercial viability