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Highlights
- EarlyBirds has been at the forefront of steering ahead quantum computing innovations.
- Quantum computing has been registering a strong position in the market as it can catalyse transformations across sectors.
- Quantum computing has found application in various fields including drug discovery, materials science, cryptography, weather forecasting and financial modelling.
Fast-emerging technology of quantum computing has been registering a strong position in the market, even when it is currently in the experimental and developmental stage. The new advancements in the technology trigger a wave of zeal for the transformative potential that quantum computing holds.
Understanding the phenomenal change that this technology can bring about for businesses and industries, EarlyBirds, the trailblazing Australian firm known for its open-source innovation ecosystem, serves as a medium to connect innovators and early adopters for full utilisation of its potential.
The platform has been at the forefront of steering ahead quantum computing innovations, which can transform sectors, including cryptography, healthcare, pharmaceuticals, and finance.
To encourage the use of this state-of-the-art technology on a larger scale, EarlyBirds invites organisations to become early adopters through its B2B open innovation platform and opt for quantum computing. Also, companies engaged in new-age innovations in quantum computing can connect with early adopter firms through EarlyBirds' platform.
Quantum Computing's Real-World Impact
Quantum computing has found application in the field of drug discovery, wherein it can simulate the behaviour of molecules and expedite the process of identifying new drugs. The technology's potential in healthcare has been demonstrated by some researchers from IBM while simulating the electronic structure of molecules by employing quantum computing technique.
Additionally, quantum computing can be used in materials science for simulating atomic-scale behaviours. This was showcased by Google researchers to simulate the behaviour of nitrogen molecules using quantum computers. It may result in creation of better fertilisers and materials.
Moreover, quantum computers offer solutions to complex optimisation problems for financial portfolios, supply chains and transportation networks. For instance, Google solved an optimisation problem through quantum computing.
Coming next to cryptography, quantum computing can be used to build robust cryptographic protocols against quantum attacks. It will also enhance machine learning algorithms.
Because of a huge range of variables involved, organisations across the globe fail to make accurate weather forecasts. However, quantum computing can significantly improve the accuracy of extreme weather event predictions, potentially saving thousands of lives annually. This is because quantum computing, when functioned with machine learning, allows better pattern recognition.
For financial modelling, the speed and efficiency of quantum computing allows drafting of personalised plans as per individual needs and utmost customisation.
EarlyBirds empowering innovators and early adopters for Quantum Computing
To speed up adoption of technology, EarlyBirds’ open-source innovation ecosystem helps innovators, SMEs, and early adopters to work in collaboration through its B2B marketplace.
EarlyBirds can serve as a gateway to utilise quantum computing's immense potential and overcome the limitations of classical computers.
For better understanding the role of EarlyBirds in embracing quantum computing innovations, you may visit http://earlybirds.io.
