Who is steven linden, phd

Checked on February 6, 2026
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Executive summary

Steven Linden, PhD, is a particle/detector physicist who earned his doctorate at Yale University in 2011 and has worked on neutrino experiments such as MiniBooNE and detector R&D including liquid-argon time projection chambers (TPCs), with affiliations that include a postdoctoral stint at Boston University and a detector-physicist role at Brookhaven National Laboratory (BNL) [1] [2]. Public records and academic profiles document his work on muon-neutrino charged-current pion production measurements and related publications, but the name “Steven Linden” also appears in non‑physics contexts, creating potential for identity confusion [3] [4] [5].

1. Academic credentials and primary affiliation

The core, consistent record shows a Steven Linden who completed a PhD at Yale University in 2011 with a dissertation on muon‑neutrino charged‑current pion production and who is listed as a detector physicist at Brookhaven National Laboratory, contactable via a BNL email address on Yale’s physics department people page [1] [3].

2. Research focus and notable projects

Linden’s doctoral and early-career work centered on neutrino cross-section measurements for MiniBooNE—specifically the charged‑current single‑pion to quasi‑elastic cross‑section ratio at low energies—which the MiniBooNE collaboration highlighted as improving statistics and precision for CCPi+ events [3]; separate profiles note his R&D work on liquid‑argon TPCs, a detector technology important to modern neutrino experiments [2].

3. Career trajectory and roles

Following his PhD, Linden completed a postdoctoral appointment at Boston University and has been associated with labs and collaborations that bridge neutrino experiments and detector development; SNOLAB’s staff page summarizes his Yale PhD, MiniBooNE work, TPC R&D, and postdoctoral experience, while Yale/BNL listings identify him as a detector physicist at Brookhaven [2] [1].

4. Publications and research footprint

Academic entries and indexes reflect Linden’s contributions: an Academia.edu submission tied to the DNP08 meeting documents his CCPi+ work from Yale [3], ResearchGate lists several research works including participation in programs like the Forward Physics Facility, and InspireHEP hosts an author entry under “Steven K. Linden,” indicating an active, if modest, publication footprint in high‑energy/neutrino physics [6] [7] [3].

5. Name ambiguity and potential for misidentification

The name “Steven Linden” appears in business and academic directories referring to different professions—a Bloomberg profile names a Steven Linden as a founding partner of a wealth management firm (likely a distinct individual), and ZoomInfo lists a Steven C. Linden tied to dental practice and adjunct teaching—sources that underscore the risk of conflating multiple people with the same name; available records do not establish that these business or dental profiles refer to the Yale/BNL physicist, and no single source provided here links them [4] [5].

6. Bottom line and limits of the record

Based on the supplied institutional and academic sources, Steven Linden, PhD, should be characterized as a Yale‑trained experimental particle physicist with work on MiniBooNE and detector R&D who has held postdoctoral and laboratory positions including Boston University and Brookhaven National Laboratory [1] [2] [3]. Reporting limitations: the supplied sources document his physics career but do not provide a comprehensive CV or connect him to the non‑physics profiles bearing the same name, so any broader biographical claims would require additional, corroborating records beyond those cited here.

Want to dive deeper?
What publications has Steven Linden (Yale/BNL) authored or co‑authored, and where can PDFs or DOIs be found?
How did the MiniBooNE experiment measure charged‑current single‑pion to quasi‑elastic cross‑section ratios, and what was the impact of those results?
What are liquid‑argon time projection chambers (TPCs) and why are they important to modern neutrino experiments?