Timing is key: Navigating venture capital funding for science-based startups

Science-based startups, which develop technologies at the frontier of scientific knowledge, play a crucial role in innovation ecosystems. However, despite their potential for groundbreaking innovation, these startups may face frictions in securing venture capital (VC) funding. This paper investigates whether science-based startups systematically take longer to secure VC funding compared to startups that are less rooted in science. We develop a formal model that highlights a misalignment between scientists, who often prioritize technological advancement, and VCs, who seek market validation. This misalignment is particularly relevant in early funding rounds, where startups have stronger outside options. Drawing on PitchBook data for startups founded between 1990 and 2015, we find that science-based startups often struggle to attract timely investment, which may limit their ability to scale and commercialize new technologies. This is reflected in a negative correlation between longer times to VC funding and subsequent startup performance. • Science-based startups face delays in securing VC funding, which negatively correlates with startup performance. • Scientists prioritize academic recognition, potentially creating an agency problem when seeking VC investment. • Misalignment between researchers and investors is particularly relevant in early funding rounds. • An inverted U-shaped relationship exists between a startup’s scientific orientation and its likelihood of securing early VC funding.

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Publication Details

Journal
Research Policy
Published
2026-01-06
DOI
https://doi.org/10.1016/j.respol.2025.105402
Primary Topic
Private Equity and Venture Capital
Type
article
Field-Weighted Citation Impact
0.00
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article

Timing is key: Navigating venture capital funding for science-based startups

Andréa Fosfuri, Jay Prakash Nagar
Research Policy
Private Equity and Venture Capital
article

Timing is key: Navigating venture capital funding for science-based startups

Andréa Fosfuri, Jay Prakash Nagar
article en

Abstract

Science-based startups, which develop technologies at the frontier of scientific knowledge, play a crucial role in innovation ecosystems. However, despite their potential for groundbreaking innovation, these startups may face frictions in securing venture capital (VC) funding. This paper investigates whether science-based startups systematically take longer to secure VC funding compared to startups that are less rooted in science. We develop a formal model that highlights a misalignment between scientists, who often prioritize technological advancement, and VCs, who seek market validation. This misalignment is particularly relevant in early funding rounds, where startups have stronger outside options. Drawing on PitchBook data for startups founded between 1990 and 2015, we find that science-based startups often struggle to attract timely investment, which may limit their ability to scale and commercialize new technologies. This is reflected in a negative correlation between longer times to VC funding and subsequent startup performance. • Science-based startups face delays in securing VC funding, which negatively correlates with startup performance. • Scientists prioritize academic recognition, potentially creating an agency problem when seeking VC investment. • Misalignment between researchers and investors is particularly relevant in early funding rounds. • An inverted U-shaped relationship exists between a startup’s scientific orientation and its likelihood of securing early VC funding.

Research PolicyVol. 55(3)
Duke University (US), Bocconi University (IT)
Industry, innovation and infrastructure
Openalex Percentile: Top 95%
Private Equity and Venture Capital
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