Quantum Computing – Leaps and Bounds Ahead

Computers and microprocessors have become ubiquitous over the past decade. Your smart phone, your television set and possibly even your coffee maker has some form of computing chip inside of it allowing it to carry out its functions. Computing power has increased exponentially over the past few decades. Moore’s Law, which states that the number of transistors per square inch on integrated circuits will double every 18 months, has been true for the last few decades. However, computer technology has advanced so rapidly in the past couple of years that transistors are rapidly the theoretical limit, the size of atoms. Scientists are trying to circumvent this issue through something known as ‘Quantum Computing’.

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Making Of #1 – Chatbots and Conversational Interfaces.

As smartphones and Internet access have become ubiquitous, text messaging and instant messaging have slowly replaced calling as the primary means of communication. Another technological revolution underway in the world is the extensive research and development in the field of Artificial Intelligence, the science of making machines think and speak like humans. If one combines these two disciplines, a chatbot is born. Simply put, a chatbot is an artificially intelligent entity that is capable of understanding human queries – written in natural language – and answering them. One can even think of Siri, Google Now and Cortana, the popular smartphone assistants, as chatbots that have a voice. They work on the same basic principles as a chatbot – the user asks a question, they process the question and then they try to return a relevant answer.

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The Internet of Things – Interconnected Spaces.

The Internet of Things‘, as a concept, has gained substaintial traction over the past few months; however, it has been plagued by the lack of knowledge about this incredible feat of engineering and technology that aims to create truly interconnected spaces. ‘Internet of Things’ in a very literal sense is just that – an Internet for objects. It aims to eliminate the lack of communication (in terms of contextual data and information) between various electronic appliances used in a home – such as refridgerators, microwave ovens, television sets, computers – by integrating data collected from each one of your personal appliances into a virtual space shared by all your devices. Continue reading