📓 Key Feature

The Experiment Notebook

A digital scientific logbook to record, analyze and share your experiments. Tables, graphs, formulas and export in one click.

Your Data Laboratory

The experiment notebook is at the heart of FizziQ. It automatically records all data from sensors and allows you to organize, analyze and present them professionally. To see it in action across ten experiments, read our guide Doing Physics with a Smartphone.

Each experiment becomes an observation sheet that you can enrich with explanatory text, photos, graphs and calculations. Once your notebook is organized, export it as PDF to share with your teacher.

Content Types

The experiment notebook accepts different types of cards that you can rearrange by drag and drop.

📊

Graphs

Simple graphs (one quantity vs time) or dual graphs (two overlapping quantities, X-Y mode). Interpolation, zoom, and PNG image export.

📋

Data Tables

Simple or complex tables with automatic formulas. Works like a built-in scientific mini-spreadsheet.

📝

Text Areas

Free text with LaTeX mathematical formula support: fractions, exponents, Greek letters, scientific symbols.

📷

Photos and Images

Add photos of your experiment, screenshots or diagrams. Rotation and resizing available.

🔢

Instant Measurements

Capture single values at a specific moment to include in your report.

🧮

Mini-Spreadsheet

Perform complete calculations with custom formulas, differentiation, statistics and mathematical functions.

A Built-in Scientific Spreadsheet

FizziQ tables work like real scientific spreadsheets. Use column names (t, x, y...) rather than references for more readable and intuitive formulas.

Easily calculate velocities with DIFF(x, t), accelerations with DIFF2(x, t), or apply statistical functions to your data.

Available Formulas

Operators +, −, ×, ÷, ^ (power)
Trigonometry sin, cos, tan, asin, acos, atan
Logarithms log, ln, exp
Differentiation DIFF(y, x) for velocity, DIFF2(y, x) for acceleration
Statistics SUM, AVERAGE, STDEV, MIN, MAX

LaTeX Mathematical Formulas

Write scientific equations directly in your text areas with LaTeX support. Fractions, exponents, subscripts, Greek letters, integrals... everything is possible to present your results professionally.

$\frac{1}{2}mv^2$ $\Delta E = mc^2$ $\sum_{i=1}^{n} x_i$

Export and Sharing

Once your experiment notebook is organized, export it in the format of your choice.

📄

PDF

Formatted document with customizable layout (1 to 3 columns). Ideal for printing and sharing with your teacher.

📊

CSV

Raw data compatible with Excel, LibreOffice and Google Sheets for additional analysis.

🐍

Python

Export in Python format for programmed analysis and advanced data processing.

🖼️

PNG Image

Individual graph captures for insertion into other documents.

📱

QR Code

Instant protocol sharing without internet connection. Scannable from the app.

💾

.fizziq File

Native reusable format shareable between devices.

FizziQ Web

Visual Report Editor

On FizziQ Web, create a final document using a WYSIWYG interface (What You See Is What You Get). Graphically organize your experiment sheets, add text and images, then export to PDF or Word.

  • Drag and drop your experiment cards
  • Customizable layout
  • PDF export with preserved colors
  • Word export (.docx) for modifications
Discover FizziQ Web

Typical Workflow

1

Measure

Collect data with smartphone or external sensors

2

Analyze

Create graphs, tables and apply formulas

3

Enrich

Add explanatory text, photos and equations

4

Share

Export to PDF and share with your teacher

Ready to experiment?

Download FizziQ and discover the experiment notebook.