Published this week in PNAS and reported on by Phys.org as well as mass media, a new paper describes the use of geomagnetic field data to “reconstruct biblical military campaigns” – an interesting [...]

We’ve released a new version of software for our 8600 Series VSM system. In addition to numerous improvements for system stability and usability, the 2.0 release features:

For researchers requiring higher applied magnetic fields than our 4- and 7-inch 8600 Series VSMs, we now offer a 10-inch electromagnet version (Model 8610). Providing fields as high as 3.6 T (>36 [...]

If you're planning to perform low-level electrical measurements in a low-temperature environment, such as to characterize samples in a cryostat or dilution refrigerator, then this new app note may be [...]

An AIP Advances article just published online details recent research into a “unique class” of nanocomposite spinel Co-ferrites for which our 8600 Series VSM was used for both magnetometry [...]

Visiting us this week in Ohio was Prof. Victorino Franco of the Univ. of Seville (right), shown with Lake Shore’s Brad Dodrill and the book they recently co-edited, “Magnetic Measurement Techniques [...]

The landscape of photodetector and solar cell technologies has been rapidly expanded with the emergence of numerous novel material paradigms, including organic semiconductors, perovskites, and [...]

In the words of our favorite YouTuber, “I have always wondered how the inexpensive magnetizer-demagnetizer tool works. What’s inside it? And why are there stairs inside the demagnetizer opening?”

[...]

Measurement of electrical signals, voltage, and current is one of the most important methods used by researchers to characterize electronic materials. But electrical signals are often at very low [...]

The study of new semiconducting materials, high temperature superconductors, photovoltaic devices, and organic electronic materials typically requires low-level sourcing and measurement because the [...]