What is our species' greatest invention? Medicine, computers, space travel? Not even close. The innovation that underlies each of our past achievements and those we still aspire to is language. Language is the ultimate invention of Homo sapiens - one that has allowed us to change the physical and social world around us in every conceivable way, and an invention that has fundamentally changed us, as well.

For centuries, experts have argued that learning was about memorizing information: You're supposed to study facts, dates, and details, burn them into your memory, and then apply that knowledge at opportune times. But this approach to learning isn't nearly enough for the world that we live in today, and in Learn Better journalist and education researcher Ulrich Boser demonstrates that how we learn can matter just as much as what we learn.

Small talk, although seemingly superficial, is an integral part of everyone’s lives. We all need to make small talk once in a while, and it’s not so easy for most of us. We all need to put some effort into making small talk, especially with people we don’t know well. Mastering small talk requires some skill and practice, which is why this book was written. After listening to this book, you will gain a broader perspective about people in general. You have the ability to conquer anything and be the most charismatic person you could ever be!

In How to Be Better at Almost Everything, best-selling author, fitness expert, entrepreneur, and professional business coach Pat Flynn shares the secrets to learning (almost) every skill, from marketing to music to martial arts to writing and relationships, teaching how to combine interests to achieve greatness in any field. His direct, “Generalist” approach to self-improvement gives you the tools you need to make your mark on the world and make buckets of money - without losing your soul.

Are you fascinated by the laws of nature, quantum physics, and its basic concepts that seem meaningless? Quantum mechanics is a field that attempts to understand the behavior of subatomic objects using mathematical notions. The book explains uncertainty and time dependence by further elaborating on the principles of quantum states. It also describes the entanglement of particle and wave states, thereby offering interested listeners the possibility of understanding physics at a slower tempo.