Kourosh Latifi successfully defended his PhD thesis "Controlling the motion of particles on a vibrating plate using dynamic acoustic fields"
We gladly announce, that yesterday June 10th, our Doctoral student Kourosh Latifi successfully defended his PhD thesis "Controlling the motion of particles on a vibrating plate using dynamic acoustic fields" in the field of Automation, Systems and Control Engineering.
Latifi's research definitely contributed to the know-how of the Robotic Instruments research group, and his work challenged two common beliefs related to Chladni’s experiment, and provided solid experimental evidence that the motion of particles on a vibrating plate is not random, and can be statistically predicted and controlled; also he experimentally demonstrated that heavy particles can move towards the antinodes of vibration on a vibrating plate.
Check his full dissertation here: shorturl.at/svHMU
Read more news
Your voice gives away valuable personal information, so how do you keep that data safe?
With speech technologies becoming increasingly common, researchers want to make sure we don’t give away more information than we mean to.
Aalto in 2025: Quantum leaps, creative breakthroughs and solutions for a better life
Growth, technology and industrial renewal; human-centred solutions; health and everyday wellbeing; and enjoyable daily life and thriving communities.
Bring your child to work day 2025 at the Department of Applied Physics
The Department of Applied Physics encouraged employees to bring their children to work on 21. November 2025- you can have a peak at what kids did on that day