GKGresearch @ SYPT 2017
Die Teams 2017
Team: Northern Cross |
Team: SOV Union | ||
---|---|---|---|
Silia Lüscher |
Leidenfrost Stars |
Senhong Cen |
Leidenfrost Stars |
Birk Kähli |
Vacuum Bazooka |
Oliver Grünig |
Visualising Density |
Alexander Hadjistamov |
Visualising Density |
Visnusuthan Vairavipillai |
Boiled Egg |
Im Schuljahr 2016/2017 behandelte Themen
IYPT-Thema: 8. Visualising Density
Schlieren Photography is often used to visualise density variations in a gas. Build a Schlieren setup and investigate how well it can resolve density differences.
Dieses Thema wird behandelt von
- Oliver Niklas Grünig
- Alexander Hadjistamov
- Inga Scheidat
IYPT-Thema: 5. Leidenfrost Stars
In the Leidenfrost effect, a water drop placed on a hot surface can survive for minutes. Under certain circumstances, such a drop develops oscillating star shapes. Induce different oscillatory modes and investigate them.
Diese Thema wird behandelt von
- Senhong Cao
- Lucile Siegfried
- Silia Lüscher
IYPT-Thema: 15. Boiled Egg
Suggest non-invasive methods to detect the degree to which a hen’s egg is cooked by boiling. Investigate the sensitivity of your methods.
Dieses Thema wird behandelt von
- Visnusuthan Vairavipillai
IYPT-Thema: 17. Vacuum Bazooka
A ‘vacuum bazooka’ can be built with a simple plastic pipe, a light projectile, and a vacuum cleaner. Build such a device and maximise the muzzle velocity.
Dieses Thema wird behandelt von
- Birk Kähli
Im Schuljahr 2015/2016 behandelte Themen
IYPT-Thema: 3. Acoustic Lens
Fresnel lenses with concentric rings are widely used in optical applications, however a similar principle can be used to focus acoustic waves. Design and produce an acoustic lens and investigate its properties, such as amplification, as a function of relevant parameters.
IYPT-Thema: 4. Super Ball
Throw a highly elastic ball into the space between two plates. The ball starts bouncing and under some circumstances can even be projected back to you. Investigate the motion of the ball and parameters influencing the motion, including the orientation of the plates.
Themenvorschlag der Universität Basel: Butterfly
Untersuchen Sie die Oberflächenstruktur von schimmernden Schmetterlingsflügeln mithilfe eines Rasterkraftmikroskops.
Interesse?
Haben Sie Interesse? Dann wenden Sie sich einfach an uns - oder besuchen Sie die Schülerinnen und Schüler beim Arbeiten.
Ansprechpersonen:
- Projektleitung: Reinhard Weiss, reinhard.weiss [ät] edubs.ch
- Schulleitung: Elke Adams, elke.adams [ät] bs.ch