FizziQ Web · Browser · Computer

Science on the big screen

FizziQ Web turns any computer into a scientific laboratory. Audio analysis, video kinematics, simulations and external sensors — right in the browser, with nothing to install.

Free · No account · No data collection

0 Installation
100% Browser
Free No account
FizziQ Web on a computer in a physics lab
Compatible with Chrome · Firefox · Safari · Edge
01 — Why FizziQ Web

Science accessible everywhere

When the smartphone isn't an option, FizziQ Web takes over on any computer with a modern browser.

Regulations

Smartphone ban

The ideal alternative when smartphones are not allowed in class. Works on the school's computers.

Equipment

Chromebooks

A native solution for schools equipped with Chromebooks. No app installation required.

Comfort

Large screen

A more comfortable interface for analysing data, plotting graphs and writing scientific reports.

02 — Features

Everything you need to experiment

A complete suite of scientific analysis tools, optimised for the large screen.

01

Kinematic analysis

Import videos or chronophotographs, point-by-point tracking with the mouse, calculation of positions, velocities, accelerations and energies.

02

Advanced audio analysis

Spectrogram, oscillogram with min/max. Analyse audio files with precision on a large screen.

03

Interactive simulations

Oscillator, projectile, pendulum and other simulations to study phenomena that are hard to reproduce.

04

External sensors

FizziQ Connect, Arduino, micro:bit or ESP32 over Bluetooth or USB.

05

Scientific spreadsheet

Tables, mathematical formulas and automatic graphs.

06

Multiple exports

PDF, CSV/Excel, Python or image for your reports.

03 — Kinematic analysis

Motion in detail

Kinematic analysis is one of the most used features in FizziQ. FizziQ Web brings the complete video analysis that made it successful on mobile devices.

  • Import videos (many formats) or chronophotographs
  • Point-by-point tracking with the mouse
  • Automatic calculation of positions, velocities, accelerations
  • Rotation analysis and energy determination
  • Easy data export and sharing

Using the mouse on a computer and the large screen make analysis easier, with access to the vast library of videos and chronophotographs. Learn the full method in our complete guide to video analysis and chronophotography.

FizziQ Web video kinematics: tracking a moving object frame by frame
04 — Audio analysis

Sound in every form

In FizziQ Web, you work with sound files that are easily accessible on a computer rather than the live microphone.

The audio analyser includes advanced features: spectrogram, min/max display for the amplitude oscillogram, and easy navigation through the file on a large screen.

Users still have access to the FizziQ sound library and can download other files to suit their teaching. To go further, read our complete guide to measuring and analysing sound with a smartphone or computer.

FizziQ Web makes acoustics easier for middle and high school.

FizziQ Web audio analysis on a computer: amplitude oscillogram of a sound file
05 — Simulations

Explore complex phenomena

FizziQ Web lets you explore interactive scientific simulations that complement real experiments.

These simulations make it possible to study phenomena that are hard to reproduce in class or that require special conditions. Students can adjust parameters, observe effects in real time and test hypotheses with no material risk.

Simulations are integrated directly into the experiment notebook: you can save captures, analyse results and compare the data with those from real experiments.

Discover 8 experiments with the simulation module →
FizziQ Web simulations
06 — External sensors

Extend the laboratory without limits

Even though computers don't have built-in sensors like smartphones, FizziQ Web can connect to a wide range of external sensors.

Over Bluetooth, you can use microcontrollers such as Arduino, micro:bit or ESP32, or dedicated boxes like FizziQ Connect.

  • Temperature, pressure, light
  • CO₂ concentration
  • Distance, electrical voltage
  • And many more…

This turns FizziQ Web into a genuine data-logging (computer-assisted experimentation) platform — accessible and flexible.

FizziQ Web document editor showing a ball-throw analysis with a parabola graph and a LaTeX formula
07 — Scientific spreadsheet

Analyse data efficiently

The spreadsheet built into FizziQ Web lets you analyse experimental data quickly, with no external software.

Students can build tables of values, use mathematical or statistical formulas and automatically generate graphs suited to their measurements.

Interpolations (linear, quadratic, exponential…) make it easier to study relationships between physical quantities.

The spreadsheet also exports data to other formats such as Excel (CSV), PDF or Python.

To go further, learn how to process your measurement series (spreadsheet, Python, modelling) and assess their uncertainty.

FizziQ Web spreadsheet
One address and go

Zero installation, zero friction

FizziQ Web is built for simplicity: nothing to install — just open a browser and go to fizziqweb.web.app.

This bypasses the IT constraints of schools (installation rights, updates, locked images) and reduces the teacher's preparation to… sharing a link.

Updates happen automatically on the server side: everyone always uses the latest version, with nothing to do.

Cross-platform Free No data collection

Try it now

No sign-up required. Open your browser and go.