REGINNA 4.0 First Summer School: Deep Tech training with impact on entrepreneurship and innovation

Session

Nanotechnology

6 Jul 2023, 09:00

Contribution list Timetable

11. Nanomaterials - Introduction

Liliia Turovska (Vasyl Stefanyk Precarpathian National University)

06/07/2023, 09:00

Nanotechnology and nanomaterials.
Classifications of nanomaterials, their properties.
Historical overview of nanomaterials.
Reasons for special properties of nanoscale materials.
Classical and quantum size effects.
Basic concepts of quantum physics.
The energy of an electron in an atom.
Harmonic oscillator: transition from classical to quantum.
Wave-particle duality. Uncertainty...

13. Graphene - Magic of Carbon

Volodymyra Boichuk (Vasyl Stefanyk Precarpathian National University)

06/07/2023, 10:45

Carbon. Allotropes.
Electronic structure of carbon.
Diamond. Properties.
Graphite. Properties.
Graphene. Unique properties. Crystal structure. Production.
Obtaining graphene oxide.
Carbon nanotubes. Properties. Synthesis.
Fullerenes. Properties. Application. Synthesis.

Objectives

Review of the main properties of allotropic modifications of carbon.
Graphene: unique properties...

12. Semiconductor nanomaterials in renewable energy applications

Bohdana Naidych (Vasyl Stefanyk Precarpathian National University)

06/07/2023, 13:15

• Development of thermoelectricity and photovoltaics. Transition to nanoscale elements.
• Methods of obtaining semiconductor nano-size materials.
• Peculiarities of the structure and properties of semiconductor nanomaterials.
• Practical application of nanomaterials.
• Characterization of nanomaterials.

14. Graphene based nanoelectronic - a practical approach

Erika Tomsic (University of Nova Gorica) , Egon Pavlica (UNG)

07/07/2023, 09:00

The field of nanoelectronics has experienced a significant shift with the emergence of graphene, a two-dimensional material with remarkable electronic properties. This practical demonstration will serve to present a fabrication process of a graphene-based transistor. The transistor will be prepared during the lecture in the clean room of the Laboratory of Organic Matter Physics of the...

15. Introduction to Quantum Computing

Egon Pavlica (University of Nova Gorica)

07/07/2023, 10:45

Participants will learn about quantum phenomena, which govern nature. These quantum phenomena will be explained through photon's interference, which will be introduced by double-slit and double-beam splitter experiments. Next, classical computation will be compared to quantum computation. Quantum bit will be introduced. Participants will learn through an example of the quantum algorithm,...

30. Using electron spins for implementing qubits

Filippo Troiani

07/07/2023, 11:30

In the last 25 years there has been an intense investigation on spin qubits defined in semiconductor nanostructures. In this seminar, we will illustrate the physical requirements for these implementations, and outline the recent progress in the field and the remaining challenges. The seminar will be concluded by a brief overview on the alternative quantum computing platforms.

16. Introduction to Deep Learning and Nanotechnology Applications

Saptashwa Bhattacharyya (University of Nova Gorica)

07/07/2023, 13:15

• Paradigm of AI (Current Advancements)
• How to think about neural networks (Slides)
• Images = Matrices (+ what is Convolution?)
• Building your first neural network
• Can your network identify simple images?
• Complex Network == Complex Tasks