Choose the relevant apparatus
Start from public lab pages and resources rather than a generic software shell.
Physics remote laboratories
Use real apparatus for physics practice beyond the lab room schedule.
For physics instructors who want practical work in blended, online, or crowded in-person courses.
Audience
Universities, schools, and blended physics courses
Use public lab pages and guided contact to decide where remote physics apparatus can complement classroom demonstrations, hands-on lab time, and simulation work.
Introductory physics and measurement activities
Blended practical work
Makeup sessions and homework with real apparatus
Teacher-led demonstrations followed by student practice
Demo path
Try a real laboratory, step by step.
Assign practical work
Remote labs can complement classroom demonstrations, hands-on sessions, and simulations.
Use institution access when needed
Courses can move from public pages to controlled class access and LMS workflows.
Real measurement
Learners reason from observations produced by physical equipment.
Course-friendly access
Use public lab pages, resources, and links from existing LMS workflows.
Not a simulation replacement
Remote labs complement classroom demonstrations, hands-on sessions, and simulations.
Choosing your lab
If students already attend in-person lab sessions
Use remote labs as additional practice, preparation, revision, and recovery capacity, not as a blanket replacement for a local physics lab.
Related labs
Explore the laboratories.
Explore the equipment, experiments, resources, and access options for each laboratory.
University of Deusto
Archimedes
Bereksperimenlah dengan prinsip Archimedes: naikkan dan turunkan bola ke dalam cairan dan periksa apakah bola itu tenggelam atau mengapung.
Lihat laboratorium
BIFI
Pendulum
Bereksperimenlah dengan pendulum sederhana dan amati bagaimana perilakunya ketika mengubah sudut awal
Lihat laboratorium
RELLE (UFSC)
Kinematika
Pilih kemiringan bidang hingga 90º, lalu amati dan analisis gerak bola.
Lihat laboratorium