The lecture provides an overview on vacuum generation and measurement. It introduces metrological concepts such as traceability and advanced treatment of measurement uncertainty. Recent developments in the field of vacuum metrology will be presented and discussed. The lecture addresses students that specialize in experimental physics working with vacuum. In the tutorial, students will apply numerical methods to simple examples for data fitting, differential equations and finite element analysis.

The lecture provides an overview on vacuum generation and measurement. It introduces metrological concepts such as traceability and advanced treatment of measurement uncertainty. Recent developments in the field of vacuum metrology will be presented and discussed. The lecture addresses students that specialize in experimental physics working with vacuum. In the tutorial, students will apply numerical methods to simple examples for data fitting, differential equations and finite element analysis.

The lecture provides an overview on vacuum generation and measurement. It introduces metrological concepts such as traceability and advanced treatment of measurement uncertainty. Recent developments in the field of vacuum metrology will be presented and discussed. The lecture addresses students that specialize in experimental physics working with vacuum. In the tutorial, students will apply numerical methods to simple examples for data fitting, differential equations and finite element analysis.

The lecture provides an overview on vacuum generation and measurement. It introduces metrological concepts such as traceability and advanced treatment of measurement uncertainty. Recent developments in the field of vacuum metrology will be presented and discussed. The lecture addresses students that specialize in experimental physics working with vacuum. In the tutorial, students will apply numerical methods to simple examples for data fitting, differential equations and finite element analysis.

The lecture will be available as video that can be watched at a self-chosen time. The tutorial will be live streamed at a fixed time.

The lecture provides an overview on vacuum generation and measurement. It introduces metrological concepts such as traceability and advanced treatment of measurement uncertainty. Recent developments in the field of vacuum metrology will be presented and discussed. The lecture addresses students that specialize in experimental physics working with vacuum. In the tutorial, students will apply numerical methods to simple examples for data fitting, differential equations and finite element analysis.