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• Teacher - Liedewij Laan

  Liedewij Laan works as an associate professor of physics at the Faculty of Applied Sciences at the TU Delft. She is teaching courses on physics, cell biology and systems biology in the Applied Physics and Nanobiology program. In this Pre-University Physics MOOC, she wants to share how fundamental physics has been a building block for innovative technologies.

  She has completed her MSc in applied physics at the University of Twente and obtained a PhD at Leiden University in experimental biophysics. Before moving to the TU Delft, she did her postdoctoral research at Harvard University in Systems Biology.

  Currently, Liedewij Laan is working at the Department of Bionanoscience at Delft University of Technology. Her lab’s research is directed at evolutionary biophysics. She uses a variety of approaches and techniques to study how long evolutionary processes are facilitated by fast processes that take place in cells, and that are governed by laws of physics, such as conservation laws, electrostatics, and diffusion. She hopes that these fundamental findings will help to better predict and control evolutionary processes, that have societal relevance, such as cancer progression or drug resistance.

• Lecture - 3.6.3 Theory 3.5

  We show that the superposition of two counter propagating waves leads to standing waves. These play an important role in...

• Lecture - 3.4.3 Theory 3.3

  The lecture coupled oscillations is about driven and damped harmonic oscillations. In addition, we will cover the superposition of waves...

• Lecture - 4.2.1 Wrapping up Fundamentals of Quantum Computing

  Congratulations! You should now have a deeper insight into the world of Quantum Computing and a clear view of the...

• Lecture - 3.3.8 Qubit errors

  So far we have seen how qubits can be realized in physical systems, and in what ways we can control...

• Lecture - 3.3.5 Quantum control and readout

  Now that you know how quantum dot qubits work it is time to learn how to operate them! In this...

• Lecture - 3.3.4 Quantum dot qubits

  Now that you understand how quantum dots work, you will see how they are used as qubits. In this video,...

• Lecture - 3.3.3 Capturing a single electron

  In this video, Menno will guide us through quantum dots, how they behave and their properties. Quantum dots are a...

• Lecture - 2.2.7 Entanglement swapping

  Can two parties share entanglement without ever interacting with each other?  In this video Gustavo will answer this question and...

• Lecture - 2.2.4 Measuring multiqubit systems

  We have been learning about multi-qubit states, but we still don’t know what happens if we measure a qubit for...