Multiple applications in dual comb spectroscopy are limited by low signal levels with respect to the noise. This limits the quality of the spectroscopic measurements. The goal of this project is to develop a new measurement technique that allows us to increase the signal to noise ratio in dual comb spectroscopy by exceeding the semi-classical […]

Grapes will be exposed to volatiles from plants to investigate if the sensory profile of wine made from those grapes can be improved. The volatiles from forest fire smoke can get into grapes and negatively affect the sensory profile of wines, which is referred to as smoke taint. Grapes are most susceptible to smoke taint […]

Four cycles of observations with the space telescope TESS have provided high-quality photometric data and have led to discovery of a group of delta Scuti stars that show pulsations at high frequencies (nu> 40 c/d) which are similar to the pulsations of roAp stars. Recent discovery of magnetic field in delta Scuti star HD41641 suggests […]

Metal nanoparticles are increasingly used in cosmetics, food packaging, textiles, toothpaste, and other ubiquitous products. Yet, their impact on our environment, food, and health is largely unknown because measuring nanoparticles in environmental and biological systems is very difficult. Similarly, measuring the uptake of metal-containing drugs by cells to develop smart therapeutics targeting tumors is also […]

Engineering graphene-based devices with exceptional nonlinear optical properties in the terahertz (THz) region play a crucial role in the advancement of THz technologies. We investigate how a metamaterial system consisting of a plasmonic structure enhances THz light-graphene interaction, thus leading to a higher nonlinearity in graphene. A variety of the plasmonic structures will be used […]

To design and produce better materials for construction and manufacturing, as well as discover new and improved drugs, scientists need to be able to predict properties of molecules or crystalline solids – ideally, before they are made in the lab. At the atomic level, these properties are governed by quantum mechanics, which makes the prediction […]

Our project list is the field of organic chemistry, where the synthesis of small molecules, having potential biological activities, is a paramount objective. Also, the essence of the project lies in new effective green iron catalysts for enantioselective reactions, which is one of the most important tasks of modern organic chemistry to save the environment. […]

Considering the continually growing energy demands and concerns about climate change due to anthropogenic CO2 generated from fossil fuels, there has been a global endeavor to transition towards low-carbon renewable energy sources, particularly photovoltaic technologies. Organic solar cells (OSCs) are ideal candidates for low-cost PV technologies thanks to the possibility of large-scale device fabrication by […]

In the last few decades, molecular dynamics computer simulations have become increasingly important to unravel and understand the mechanisms of (bio)molecular processes, significant for a myriad of pharmaceutical and/or industrial applications. Although these molecular systems should be considered on the microscopic quantum mechanical level, they are typically approximated by the macroscopic Newtonian laws because of […]

A nucleus of tin composed of 50 protons and 66 neutrons, called 116Sn, is the subject of our investigation. Only certain energies are available to nuclei at any one time, and when a nucleus reaches one of these energy states, it acquires features unique to that state. To create the examined nucleus, a beam of […]

Engineered dissipation is an important technique to prepare quantum resources, such as spin-squeezed states, for quantum sensing and computing. Compared with traditional coherent approach, engineered dissipation is generally less demanding in control precision and more robust against noise. However, the efficiency dissipative spin squeezing can be affected by unwanted interaction. It would be highly desirable […]

Realistic quantum computers unavoidably suffer from physical imperfections, such as environmental influence and imprecise control. An imperfect quantum computer will introduce computational error, so quantum error correction (QEC) is necessary to improve information accuracy. Standard QEC assumes an implementing circuit that involves a typical set of logic gates. However, not all the standard gates can […]