Semiconductors

Characterizing the Foundation of Electronic Properties

Powering Semiconductor Innovation: From Atoms to Devices

The modern world demands ever faster, more functional electronics devices, and so the components on which they rely must evolve at an ever fast rate. Semiconductors are becoming smaller, drawing less power and have improved bandwidth. But as microchips move ever closer to fundamental limitations because of their physical size, so the manufacturing difficulties increase.

Modeling & Simulation supports the development of these electronic components, from nanoscale semiconductors to flexible organic thin film transistors to bio-sensors by using electronic structure simulations as part of device design. As important is to increase the reliability of integrated circuits by modeling structural, electronic, thermal and mechanical properties of the materials.

A Complete Modeling & Simulation Toolset

BIOVIA Materials Studio provides a complete modeling & simulation toolset for exploring the key materials properties that underpin the function of semiconductors, transistors and photovoltaics.

Semiconductor Manufacturing
Semiconductor Packaging

Semiconductor Manufacturing

Elucidate the device characteristics defining electronic properties
Determine the impacts of defects on performance
Oxide-oxide interface evaluation
ALD, CVD precursor evaluation and design
Density of states and band gap (with offset) determination
Photoresist analysis and gas diffusion analytics
Electron transport to generate IV curve to help device design
Optical properties for sensing capability
Predict emission spectra for transistor materials for use in display technologies
Designing thin-film transistors to conform effects of sputtering on crystal form

Explore Our Methods

The world of product development is changing. Discover how to stay a step ahead with BIOVIA.

BIOVIA Materials Studio VAMP

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BIOVIA Materials Studio Synthia

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BIOVIA Materials Studio PhaseField

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BIOVIA Materials Studio NMR CASTEP

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BIOVIA Materials Studio GULP

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BIOVIA Materials Studio Forcite Plus

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BIOVIA Materials Studio Forcite

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BIOVIA Materials Studio FlexTS

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BIOVIA Materials Studio DMoL3

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BIOVIA Materials Studio DFTB+

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BIOVIA Materials Studio Conformers

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BIOVIA Materials Studio COMPASS

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BIOVIA Materials Studio Blends

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BIOVIA Materials Studio Amorphous Cell

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Join the conversation in the BIOVIA Materials Studio User Community!

BIOVIA Reference Center Offline (Fixed)

The BIOVIA Reference Center is offline for now. I hope to get it back up and running in the next few days.Apologies to those trying to access it.Best regards,Stephen

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Webinar | AI-powered Cloud Modeling for Drug Design, Protein Science and Materials Research

What if your research could scale with the computing power it needs?Join BIOVIA scientists to explore how AI-powered cloud modeling can help academic researchers tackle more ambitious science.What we’ll cover:Access on-demand HPC, including powerful CPUs and GPUsBenefit from frequent scientific releases throughout the yearStudy proteins and small molecules with AI models and validated physic

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density profile along the z-axis

I am using BIOVIA Materials Studio (Forcite MD) to analyze a vapor/liquid system, where the liquid layer is in the middle of the cell. I want to calculate a density profile along the z-axis using the Concentration profiles in Forcite --> analysis. However, the liquid layer is moved along z-axis during MD runs, so the concentration cannot be calculated correctly. My question is how to remove such

BIOVIA MATERIALS STUDIO