To learn more about temperature-dependent characterization for device research, particularly as it relates to the use of our cryogenic probe stations with the Keysight Technologies B1500A [...]
Next week will be a busy one for us, with three events on our travel schedule:
The IEEE MTT International Microwave Symposium (IMS) in San Francisco (Booth 2348), where Vaden West, Western U.S. Sales [...]
We have blogged about Lake Shore being a Solutions Partner of Keysight Technologies. As a follow-up, we are excited to announce that we now have drivers that will enable you to centrally automate [...]
If you’re looking for a simple way to transfer samples from a glovebox, drybox, or other inert atmosphere container to a high-vacuum, cryogenic probing environment, this may be of interest to you: a [...]
Since isolated graphene was first reported in 2004, a lot of two-dimensional (2D) material research has focused on developing the strong, single-atom-thick material for end use in novel electronic [...]
We are always seeking new ways to bring Lake Shore technology to more researchers in more fields and to help advance their work. To this end, Lake Shore recently became a Solutions Partner of [...]
Elliot Scientific customized a Lake Shore probe station with a CRAIC spectrophotometer and a Zeiss microscope for the University of Southampton
With the U.S. Department of Energy’s recent announcement about new funding for solid-state lighting (SSL) R&D, we thought this would be a good time to summarize how Lake Shore systems and instruments [...]
Landing a probe is probably the most important step in achieving reliable, repeatable measurements. In our user manuals, we provide detailed instructions on correctly landing various Lake Shore [...]