The laboratories
Three platforms, ordered by the kind of work.
Meridian for experiment design and materials structure. Pedion for property engines. Mimesis, still in design, for density-functional and molecular-dynamics simulation. Each laboratory applies the physics of its measurement rather than a generic minimizer.
Meridian
Experimental design and materials structure
Meridian is the core MatSpace platform for planning synthesis workflows with physics bound 3D models and processing raw structural datasets. From raw powder XRD patterns and spectroscopic curves to microstructural images, Meridian treats every dataset as a physically constrained model rather than an unconstrained curve-fitting problem.
Warp
LiveVirtual laboratory for designing and optimizing the experiments
DiffractrumX
LiveA browser-native Rietveld laboratory for powder XRD and neutron PD
From a pattern file to a fitted CIF without an installer, a .pcr dialect, or a server that keeps the run.
NanoImpulse
LiveA local TEM/SEM measurement desk for real-space images, diffraction patterns, and core-loss EELS spectra.
NanoImpulse is a local TEM, STM, SEM, EDS/Raman maps and general micrographs analysis desk for real-space images, with additional powerful tools for diffraction patterns, and core-loss EELS spectra.
Spectrum Desk
LiveChemically Constrained Deconvolution & Spectral Analysis
Fit peaks the physics allows. Rank the alternatives. Leave assignments unwritten when the spectrum cannot support it.
CurveFit Lab
LiveEquation-First Nonlinear Regression for Experimental Datasets
Named physical models, locked parameters, and a residual inspected as data.
Pedion
Materials property analysis
Pedion is a set of dedicated engines, one per measurement class. Magnetocaloric analysis uses the Maxwell relation on the measured isotherms. Thermoelectric quantities are assembled only at temperatures that were measured. Piezoelectric coefficients keep the distinction between d₃₃* and d₃₃. Dielectric, ferroelectric, and electrocaloric response share the same geometry as the figure. Voltammetry is treated as electrochemistry, not as a plot macro.
CaloMag
LiveMagnetocaloric analysis of PPMS VSM isotherms
Maxwell ΔSM, Banerjee classification and RCP on one grid, so a mistake in mass or branch appears everywhere at once.
ThermoCal
LiveThermoelectric assembly without inventing κ
A thermoelectric quantity is defined where it was measured. Linear extrapolation past the last laser-flash temperature is a claim about physics that nobody made.
Piezoic
LiveElectromechanical analysis with constitutive bookkeeping
d₃₃* is not d₃₃. keff is a privilege, not a formula. Geometry is live.
DielCal
LiveDielectric, ferroelectric and electrocaloric analysis in one session
Permittivity, polarisation and electrocaloric response with the geometry sitting on the same page as the figure.
Voltance
LiveElectrochemical analysis read as electrochemistry
Cyclic voltammetry, galvanostatic cycling, incremental capacity, impedance and GITT — classified as techniques, not as spreadsheets.
Mimesis
Theory and simulation · in design
Mimesis will be the MatSpace platform for theory: density-functional and molecular-dynamics engines that report what the Hamiltonian produced, and that will not write a phase, a barrier, or a spectrum the calculation did not contain.
DFT Engine
In designElectronic structure under a conserved Hamiltonian
A density-functional run is a total energy, a band structure, a density of states, and a set of forces that either converged or did not.
MD Engine
In designAtomistic dynamics as an ensemble, not a movie
A molecular-dynamics trajectory is a conserved ensemble and a list of what the potential actually allowed.