cces cces – CCES Unicamp

Unraveling the Mechanical Behavior of Softwood Secondary Cell Walls through Atomistic Simulations

cces ccesJunho 11, 2025Junho 11, 2025

by cces ccesJunho 11, 2025Junho 11, 2025

The plant cell wall (PCW) is a remarkable biomaterial endowing plants with strength, stiffness, and defense against pathogens and chemical agents. This complex structure, mainly

The Secrets of Wood: How Water and Hemicellulose Give Trees Their Strength

cces ccesJunho 11, 2025Junho 11, 2025

by cces ccesJunho 11, 2025Junho 11, 2025

Have you ever stopped to marvel at the sheer strength and resilience of a tree? From the towering redwoods to the sturdy oaks, plants achieve

How Designed Liquids Are Revolutionizing Our Understanding of Proteins

cces ccesJunho 11, 2025Junho 11, 2025

by cces ccesJunho 11, 2025Junho 11, 2025

A series of studies from the University of Campinas, culminating in a prestigious journal cover, reveals the intricate dance between proteins and ionic liquids, paving

TecDay at Unicamp Gathers Researchers and Tech Giants to Discuss the Future of Science with HPC and AI

cces ccesJunho 11, 2025Junho 11, 2025

by cces ccesJunho 11, 2025Junho 11, 2025

Campinas, April 16 – The campus of the State University of Campinas (Unicamp) was the stage for an important meeting between academia and the high-tech

Unlocking Fungal Factories: How Glycosylation Shapes Our Future Bio-Economy

cces ccesJunho 11, 2025Junho 11, 2025

by cces ccesJunho 11, 2025Junho 11, 2025

Improving recombinant protein secretion in Aspergillus nidulans by targeting the N-glycosylation machinery

cces ccesJunho 11, 2025Junho 11, 2025

by cces ccesJunho 11, 2025Junho 11, 2025

Filamentous fungi are cell factories traditionally used for enzyme production in various industrial sectors, including food and beverages, biopolymers, biofuels, and animal feed. Despite significant

Unraveling Life’s Molecular Mysteries: How Tiny Forces Shape Our Proteins

cces ccesJunho 11, 2025Junho 11, 2025

by cces ccesJunho 11, 2025Junho 11, 2025

ChunkSplitters.jl: easy split the elements or indices of a collection into chunks.

cces ccesJunho 11, 2025Junho 11, 2025

by cces ccesJunho 11, 2025Junho 11, 2025

https://juliafolds2.github.io/ChunkSplitters.jl/stable/#ChunkSplitters.jl ChunkSplitters.jl makes it easy to split the elements or indices of a collection into chunks: This can be useful in many areas, one of which

Solvent effects on protein folding thermodynamics

cces ccesJunho 11, 2025Junho 11, 2025

by cces ccesJunho 11, 2025Junho 11, 2025

Date: March 1, 2025. Candidate: Ander Francisco Pereira Advisor: Prof. Dr. Leandro Martínez Abstract: Protein structures and their folding mechanisms are dependent on the molecular

Embedded shear layers in turbulent boundary layers of a NACA0012 airfoil at high angles of attack

cces ccesJunho 11, 2025Junho 11, 2025

by cces ccesJunho 11, 2025Junho 11, 2025

An investigation of turbulent boundary layers (TBLs) is presented for a NACA0012 airfoil at angles of attack 9 and 12 deg. Wall-resolved large eddy simulations

Baffling a Breeze: How AI is Learning to Tame Turbulent Flows

cces ccesJunho 11, 2025Junho 11, 2025

by cces ccesJunho 11, 2025Junho 11, 2025

Neural networks in feedback for flow analysis and control

cces ccesJunho 11, 2025Junho 11, 2025

by cces ccesJunho 11, 2025Junho 11, 2025

This work presents a methodology for analysis and control of nonlinear fluid systems using neural networks. The approach is demonstrated in four different study cases: