Quantum sensors are devices that are designed around quantum principles and perform measurements such as time, temperature, magnetic fields, and gravitational waves at very fine details. Nuclear sensor possess superposition and entanglement features which together make them more accurate and…
Quantum Computing is a revolutionary technology based on quantum-physical realities and will change the landscape of the world significantly with the computational power and performance that surpasses classical machines. Moreover, what gives this promise a stronghold are the quantum algorithms…
The financial industry needs abilities for predicting prices of stocks in markets with the most accuracy. This new project is about coming up with models that are specially designed to study and predict price changes across different time frames –…
Making predictions about the future, whether it be regarding the environment or economics, necessitates the use of advanced models capable of dealing with complex systems that are interconnected. Models in climate science work by combining physical, chemical, and biological processes…
Climate modeling is a crucial tool to better understand and predict the impacts of climate change. These models are capable of representing the complex interactions among different parts of Earth’s climate system and providing valuable information for policy making, disaster…
The potential for various sectors to be transformed by quantum computing increases as it develops further. Nevertheless, we have to make sure that this state-of-the-art technology does not only benefit a few privileged individuals but becomes within reach for everyone.…
The process of discovering a drug is complex and expensive, often taking many years and billions of dollars before it can be brought to market as a new medicine. Quantum computing may be able to revolutionize this area by speeding…
Sustainability and efficiency are two key drivers of the energy sector worldwide. This powerful technology can solve complex problems faster than any other tool in existence; that is how transformative quantum computing could be for the energy industry. Thane Ritchie…
The combination of quantum computing and artificial intelligence (AI) has the potential to change information processing, problem solving, and innovation in many fields. Quantum machine learning (QML) uses the concept of quantum computing along with machine learning algorithms which allows…
Climate change is among the biggest challenges that humanity faces today. In order to forecast what the future climate may look like and make decisions about policy, we need precise models of it now. But traditional computing methods can be…