ai, ai language models, boston dynamics, chatgpt, ethics, future of humanity, robotics, robots, singularity, technology

The Race Toward Singularity: The Evolution of Boston Dynamics and AI Language Models

In the world of technology, both robotics and AI (Artificial Intelligence) language models have rapidly advanced, with robots becoming more human-like and AI learning to interact like people. Alongside this, the idea of singularity brings up important questions about ethics and the future of humanity. This is where AI and robots merge into a super-intelligent ...

Viena Abdon

A Boston Dynamics robot.

Stephen Hawking on AI: Is This the End of the Human Race?

Stephen Hawking, one of the world’s most renowned theoretical physicists, provided profound insights on a range of subjects, including the potential impact of artificial intelligence (AI) on humanity. Even though he passed away in 2018, his perspectives continue to resonate in our increasingly AI-driven society. Today, as discussions on AI’s influence intensify, Hawking’s thoughts on ...

Mike West

A book by Stephen Hawking.

Do ‘Bouncing Universes’ Have a Beginning?

 In trying to understand the nature of the cosmos, some theorists propose that the universe expands and contracts in endless cycles called “bouncing universes.” Because this behavior is hypothesized to be perpetual, the universe should have no beginning and no end — only eternal cycles of growing and shrinking that extend forever into the future, ...

Troy Oakes

Bouncing universes have no beginning and no end.

Was There a Big Bang?

I’m sure most people have heard of the Big Bang Theory, and how that was the very beginning of the universe. Physicists Ahmed Farag Ali and Saurya Das are not so convinced. With their new model that has quantum correction terms that complement Einstein’s Theory of General Relativity, it shows that the universe has existed forever. The model also takes into ...

Troy Oakes

Combined NASA images simulating the idea of the Big Bang.

What Is Quantum Computing?

Quantum computing, if it ever gets started, might help us solve problems, like modeling complex chemical processes, that our existing computers can’t even scratch the surface of. However, unlike regular computers that can solve multiple problems, a quantum computer, at the moment, is far better at solving one specific problem only. Companies and researchers are using ...

Hermann Rohr