Education

Lab reports

Upload experimental data — get full processing: uncertainties, charts, approximations, and a formatted report to department requirements

Student in technical or natural sciences — physics, chemistry, biology, engineering, materials science
Experimentalist of any field — who runs experiments and needs to format the results

+Raw experimental data — CSV, Excel, photo of a table, text+Lab manual (PDF, Word) or link to department website+Photos of the setup, experiment diagrams

Your lectures, textbooks, notes — all your course material becomes part of the theory section. See case "Learning without limits"

Data processing

Upload raw data in any form — CSV, Excel, photo of a table from a notebook, even handwritten notes. Calculation of means, deviations, uncertainties (absolute, relative, systematic, random). Approximation: linear, polynomial, exponential — with coefficient of determination R². Least squares method, interpolation, extrapolation. Statistical tests: hypothesis testing, confidence intervals, outlier rejection.

Charts

Charts with experimental data points, approximation curves, and error bars. Multiple data series on one chart — comparison of experiments. Axis labels, units, legend — all to standard. Interactive charts (plotly) for detailed analysis or static (matplotlib) for the report.

Report formatting

GistiQ can visit the department website, read the lab report formatting requirements — and format the report to GOST or department template: title page, objective, theory, equipment, procedure, results, conclusions. Formulas typeset in LaTeX — uncertainty calculations, formula derivations, intermediate computations. Data tables, charts — all embedded in the report. The output is a ready draft in PDF that just needs review and refinement.

A physics student completed a lab on determining gravitational acceleration. Uploads an Excel file with 30 measurements of pendulum length and oscillation period + photo of the setup + department manual in PDF.

GistiQ calculates the mean, random and systematic uncertainties, builds a T²(L) chart with error bars and a fitted line, computes g from the slope with uncertainty. GistiQ reads the department formatting requirements. Assembles the report: title page, theory with formula derivation (LaTeX), measurement table, chart, step-by-step uncertainty calculation.

Result: final value g = 9.81 ± 0.03 m/s², finished report in PDF, LaTeX source, charts as separate files (PNG, SVG), processed data tables in Excel. Everything in the cloud in a lab folder. Just needs review and refinement.