Contract research services adopted by leading companies in the world [Materials available]

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last updated：Feb 12, 2026

シュレーディンガー

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Fully utilizing advanced technology and expertise! Contract services to accelerate materials research and development.

- Maximize the use of Schrödinger technology: The service includes all necessary computational resources, licenses, and working hours to conduct comprehensive simulations tailored to research and development needs. - Provide flexible and customizable solutions for project success: Your software, hardware, and computational resources are not required. During and after the project, you will receive knowledge transfer and training from our experts. We design and provide tools and solutions according to your objectives. - Complement your expertise with Schrödinger's specialized capabilities: After jointly defining the scope of deliverables, experts in materials applications and digital simulations will carry out the project.

Special site - Product/service details - https://pr.mono.ipros.com/schrodinger/product/

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For more details, please feel free to contact us. Organic Electronics Analysis of optoelectronic properties such as photoluminescence spectra, charge transport and recombination behavior, light extraction efficiency, and electronic characteristics of molecular thin films. Polymer Materials Prediction of key physicochemical and processing properties such as glass transition temperature (Tg), coefficient of thermal expansion (CTE), mechanical response, water absorption rate, curing shrinkage, diffusivity, and mobility, as well as important indicators of environmental effects like degradation. Energy Conversion and Storage Analysis of structural and transport properties of batteries, electrodes, and electrolytes, interfacial reactivity, and morphological characteristics of solid electrolyte interfaces (SEI) in energy storage applications. Pharmaceutical Formulations Structural analysis of crystalline and amorphous forms, evaluation of catalytic activity and reactivity, spectroscopic analysis, crystal structure prediction, formulation design, and optimization of drug delivery. Daily Necessities, Cosmetics, and Food Analysis of phase behavior, transport properties, formulation compatibility, and sensory characteristics such as texture and aroma, from ingredients to complex formulations in cosmetics, food, and packaging materials. Catalysts and Reactivity Exploration of reaction mechanisms (supervised/unsupervised), automatic exploration of transition states, optimization of reactions and reactivity, and design of molecular catalysts. Thin Film Processes Metals, alloys, and ceramics.