![](https://cob.silverchair-cdn.com/cob/content_public/journal/jeb/226/18/10.1242_jeb.246729/1/m_jeb24672901.png?Expires=1699231803&Signature=PN1lBl8r20c-QANTk41wbRc3PzgBoViLJa6BaS4cO8zYGWF4kG2SGsUsXnlftDfl~EboAk7j4-mNdj-DxGhcze7VUAXnwHgFJUS1lY~1r0-Z4tvEE7KHI~HlWHWGwihAEV2~pFbWJKJ5mPC3RTxm7pDtRXJtBYkcM5wLGTyoMrvPMsj1SQRtlOB1HxEhJSdY4g3ehOZ4yDgW3sLFVMvMZ5RUQ51nRR8A5GLeIDvF4Gtd2p2attNYbY0~811iesdnVrzNKjGxYPqtZAhMJaFK4Xk2Stpn~fLAv0rOhR6hrOIK698KInhm7sYE7WUcKenY2z5mDhw7DW6~K-x~lMFsFg__&Key-Pair-Id=APKAIE5G5CRDK6RD3PGA)
This month’s student spotlight is on Phoenix Quinlan, who is a PhD student in the Neuroscience & Behavior Graduate program. She is in Paul Katz’s lab in the Biology Department. Phoenix was recently spotlighted as an Early Career Researcher by the Journal of Experimental Biology for a paper that she published in that journal titled, State-dependent, visually guided behaviors in the nudibranch Berghia stephanieae, which shows that despite their simple eyes, nudibranchs can use visual cues for navigation. The Katz lab recently received a grant from NIH in collaboration with a lab at Harvard to study how newly born neurons are incorporated into neural circuits in the brain of this mollusc.