When studying 2D materials, researchers typically fabricate them into Hall bar structures to characterize their electronic and magnetic properties. For such applications, a four-probe longitudinal [...]

We often describe our M81-SSM synchronous source measure system as being unique, and what helps make it unique are three technology patents we have obtained for it. Here’s how the technologies [...]

Lock-in amplifiers are important tools for test engineers and material researchers because of their unique ability to precisely measure signals that are otherwise too small to detect amidst noise and [...]

On our website, we talk about the measurement capabilities of our 8600 Series VSM and how the system is designed with a low noise floor, and being highly sensitive, it enables very low magnetic [...]

Embarking on the journey to purchase a research cryostat can be a complex and crucial decision when you have applications where precise temperature control is paramount. A cryostat is an [...]

First order reversal curve (FORC) measurements provide information regarding magnetic interactions and coercivity distributions that cannot be obtained from hysteresis loop measurements alone. [...]

External noise, also known as interference, introduces measurement error into instrument setups. For numerous research and industrial applications, high measurement precision is required. However, [...]

In the videos below, Lake Shore’s Jason Chonko demonstrates some measurement techniques using our M81-SSM synchronous source measure system, including techniques for advanced noise-rejection [...]

This new video discusses the unique measurement capabilities of our M81-SSM, a complete transport characterization system that integrates DC + AC sourcing and measuring — including lock-in detection [...]

A newly published Physical Review B paper references the use of our M81-SSM synchronous source measure system as part of antiferromagnetic (AFM) topological material research.