Science festival
The lecture
we're starting with is "Cold atoms and ions in traps" by Dr. Ksenia
Khabarova. She'll be talking about miracles in the world of quantum
technologies, like how and why to trap and cool atoms and ions.
Ferroelectrics
are dielectric materials possessing spontaneous electric polarization which can
be switched to tuned by external electric field. What else is there? Let's
explore!
Through the
history of the universe and its expansion, we will explore the most important
parts of the subject.
What is
ellipsometry and how it is related to waves reflection - let's figure out!
We'll look
at this topic from the history of semiconductors and to the basic concepts and
new horizons opened up after the discovery of graphene.
What makes
plasma of large intensity?
How and why
to treat plasma as a superconductor?
Why we have
to confine hot plasma?
Let's find
out about this and much more about plasma physics in our lecture!
Why and how
do they form? What physical properties of the medium are necessary for the
existence of shock waves? What is the simplest way to describe shock waves?
Let's learn about it!
We continue our Scientific Festival and offer you to watch
lecture №4 "Light guiding and Bragg gratings" by PhD, Leading
Researcher of the Institute of Theoretical and Applied Electrodynamics of
Russian Academy of Sciences Alexander Dorofeenko
We prepared a mini-review of tunneling and the technology
that enables the manufacturing of a tunneling junction. We also present two
problems related to quantum devices that operate based on these principles.
The
Academic Committee of the Olympiad recommends watching an important lecture
from the last year "On the basics of semiconductors physics" by PhD
in Physics and Mathematics, Head of Laboratory on New Materials for IR Photonics
at Lebedev Physical Institute Sergei Nikolaev. We'll look at this topic from
the history of semiconductors and to the basic concepts and new horizons opened
up after the discovery of graphene.
Look what
we have! Long educational task about the microstructure of ferromagnetic
matter. It provides a step-by-step explanation of the origins of the Curie
temperature and how domains work.
Must-watch
final lecture "Kelvin-Helmholtz Instability and Instability Waves in
Turbulent Jets in Application to Aeroacoustic Problems" by PhD, Head of
Department of Aeroacoustics and Aircraft Ecology of Central Aerohydrodynamic
Institute Victor Kopiev is for your attention!