Charting a new course for an old language.
Making domain-specific types first-class citizens in one of the most popular database systems.
Opening a new path to high-performance, domain-specific database applications.
Diagnosis and partial solution to a thorny performance issue affecting simple queries.
Build structure-searchable databases on a versatile foundation.
Postmortem of a head-on collision between computational chemistry and cheminformatics.
What seems like a simple process oozes complexity below the surface.
Exploring the limits of molecular representation and their practical consequences.
Searching for life with a biosignature based on graph theory.
Expectation meets reality in this benchmarking puzzle.
In search of a backward-compatible upgrade path to multi-atom bonding.
Understanding the internal structure of InChI identifiers.
Filling in some blanks for one of the most important standards in chemistry.
A solution to an immediate problem, and a peek into a possible future for computational chemistry and cheminformatics.
SMILES and InChI may look like two solutions to the same problem, but looks can be deceiving.
Pulling back the covers on a new way to work with SMILES.
What gets removed must be added back. The question is how?
Quantitating the relative performance of slices and boxed Iterators in graphs.
Stepping outside the black box to answer the question of what to test next.
Encapsulating the full OpenSMILES syntax using a set of streamlined production rules.
Designing a suite of power tools for SMILES manipulation in Rust.
Kick the tires on a short, hackable aqueous solubility predictor built from a DeepChem graph convolutional network.
Rust and C++/Python cheminformatics toolkits face off on a core task.
Inexpensive molecular validation through simple integer arithmetic.
Cleaner cheminformatics datasets begin with standards.