Schrodinger Ratings (September 2025)
This page breaks down Schrodinger ratings from all verified review sources to give you a clear, unbiased view of what real users think in September 2025.
We’ve aggregated the latest scores from all major platforms like Trustpilot, G2, Capterra and many more to help you understand Schrodinger’s overall reputation. This data-driven overview will show you exactly how Schrodinger is rated - including how it compares to competitors.
Schrodinger's Overall Rating Summary
- Average Rating:4.8/5
- Total Reviews:10 reviews
- Sources:G2, Capterra, Facebook
- Last updated:September 1, 2025
What is Schrodinger?
Schrödinger’s computational platform, powered by physics, is transforming the way therapeutics and materials are discovered to make innovations of the future achievable today. The platform enables the discovery and optimization of better molecules faster in life sciences and the formulation of advanced materials in materials science. Schrödinger’s therapeutics group aims to reduce risk in drug discovery by selecting high-value targets with established human genetics or clinical validation.
🤔 Schrodinger vs Competitors: How Do Ratings Compare?
Check out Schrodinger AlternativesFrequently Asked Questions
How trustworthy is Schrodinger?
According to Capterra and G2 review sites Schrodinger holds ratings of 4.7/5 and 5/5 respectively from 7 reviews, indicating a strong level of trust and satisfaction among users as of September 2025.
How many stars is Schrodinger rated?
Schrodinger has an average star rating of 4.8 out of 5 stars based on average of 10 reviews as of September 2025.
Where does the rating data come from?
The ratings are pulled from Schrodinger public reviews pages on platforms: G2, Capterra, Facebook. We update these ratings monthly to ensure they reflect the most current customer feedback.
How overall average rating for Schrodinger is calculated?
The overall average rating is calculated by taking the weighted average of all ratings, using the total reviews count from each platform as the weight.