Why Ethereum Isn’t Bitcoin and Nothing Beats Ethereum

https://youtu.be/vlTpF2AkoSU

We sat down with Ryan Watkins, researcher at Messari, to discuss Ethereum. He explains his thinking regarding the nature of Bitcoin and Ethereum, digital gold versus true money. He also discusses some use cases, altcoins that some view as ETH competitors, institutional investment, and his best guess for Ethereum’s theoretical max price.

Liquid Metal Batteries. Are they an economic possibility?

Liquid metal batteries are being hailed by some as the most transformative and revolutionary energy storage technology since John B. Goodenough came up with lithium ion batteries several decades ago. But the road from laboratory to full scale production has been a long and winding one, and commercial success is still by no means guaranteed. So, will liquid metal batteries change the world? 

Pitfalls of Artificial Intelligence

In an era where artificial intelligence seems to be rapidly developing by the day, should society begin to question to reliability of the fairly novel technology? We hear from co-host Ben Swann and cybersecurity expert Morgan Wright on the potential shortfalls of the computer intelligence and the perils that could accompany complete reliance.

Deep Neural Network in Machine Learning

Machine learning (ML) is the scientific study of algorithms and statistical models that computer systems use to effectively perform a specific task without using explicit instructions, relying on models and inference instead. It is seen as a subset of artificial intelligence.

A good AI needs time to develop and training, aka machine learning process, and it usually takes a large amount of time and effort to analyze and tweak. A good machine learning protocol and infrastructure is ideal in order to shorten the time of development.

If you are interested in developing any form of automatic or semi-automatic smart appliance that is capable of making decisions based on previously trained behaviors from big data that is known as Artificial Intelligence, you need to train your AI. Thus, you need machine learning.

Quantum Computing: 4 Things You Need to Know

The very computer you’re reading this on — desktop, laptop, tablet, or smartphone — is using bits to store information. That is, ones and zeroes. Quantum computers, on the other hand, use qubits, which can represent a one, a zero, or both a one and a zero at the same time. This means, they can make calculations faster — MUCH faster. Quantum computers can crack even the most secure government encryption keys, making them a security threat. But, they’re not so accessible, and will mostly be used for research and complex problem solving. They will, however, eventually make a splash in the enterprise world.