Sort by
Refine Your Search
-
Listed
-
Category
-
Field
-
. Cutting-edge research at the interface between neuroscience and physiology. Opportunity for broad interactions with other labs and the scientific community. What you’ll do: Manage two photon microscopes
-
the Mechanistic Cognitive Neuroscience and the Computation & Theory departments at Janelia. The neuroscience department here is a collaborative group of scientists working towards understanding the neural
-
to learn cutting-edge neuroscience techniques, to become broadly knowledgeable about neuroscience, and to work as part of a tight-knit team of energetic, experienced research scientists – an ideal fit for a
-
authorship on scientific publications. One-on-one mentorship. A vibrant and inclusive cultural environment. Cutting-edge research at the interface between neuroscience and physiology. Opportunity for broad
-
to developing and implementing novel approaches to fundamental problems systems and circuit-level neuroscience. For more information about the lab check out https://www.moorelabstanford.com/ About the role
-
you will get hands-on experience working on jET projects at the interface of engineering, neuroscience, cell biology, and optical imaging research. Engineers are expected to collaborate with researchers
-
, curious, and driven Postdoctoral Associate interested in systems neuroscience to join our research team. The Gonzalez lab focuses on identifying the fundamental mechanism by which neurons process
-
. Cutting-edge research at the interface between neuroscience and physiology. Opportunity for broad interactions with other labs and the scientific community. What you’ll do: Manage two photon microscopes
-
behavioral and systems neuroscience techniques and experiments as well as assisting with general laboratory maintenance. This is an excellent opportunity for an enthusiastic, self-motivated professional
-
motor performance of behaving animals. In addition, the team is committed to developing and implementing novel and innovative approaches to fundamental problems systems and circuit-level neuroscience