Main directions of research:

• 2D semiconductor structures
• Quantum dots
• Thermoelectric materials
• Semimagnetic semiconductors
• Graphite intercalation compounds; superconductivity of fullerides

Staff:

• Prof. V. A. Kulbachinskii,
• Dr. V.G. Kytin,
• Dr. R.A. Lunin,
• A.V. Golikov,
• A.V. Demin,
• M.O. Zabezailov.

Tools for research available in the lab

• Conventional 4-probe resistivity measurements in the temperature range 0.3 K< T < 300 K:

• low-resistivity materials (R < 10⁶ Ohm )
• high resistivity materials (10⁶ Ohm < R <10¹³ Ohm)

• Dilution refrigerator “S.H.E. corporation” for temperature range 10mK < T < 4.2K with a magnetic fields up to 6 Tesla.

• Superconducting solenoid with magnetic fields up to 11.5 Tesla.
• Spectrometer with wave length 685 nm < l < 1120 nm.

• Pressure chamber for resistivity measurements in the temperature range 0.1 K < T < 300K in magnetic fields up to 11.5 Tesla.

• Set up for contactless measurements of superconducting transitions.
• Set up for thermopower measurements in the temperature range 4.2 K < T < 300 K.