What is LENR?

Energy 2.0 Society sees Low Energy Nuclear Reactions (LENR) as a new and potentially revolutionary source of energy that should be part of a broad public discussion, and the subject of research and development.

LENR is a phenomenon where unexplained amounts of heat are created in specific conditions when certain metals (e.g. nickel, palladium) interact with hydrogen or deuterium and an external stimulus such as heat or an electric current is applied. During these reactions it has also been observed that the atomic mass is altered as energy is released. These reactions can take place at relatively low temperatures, and in many cases far more energy is produced in LENR reactions than is input into reactors.

At the moment the most promising forms of LENR are those that are able to operate using nickel and hydrogen — both plentiful and inexpensive natural resources. In LENR reactions no pollutants or emissions are produced, neither are harmful radiation or radioactive waste. This makes LENR a clean and sustainable form of energy.

We are in the very early days of research and development in this field, and much about this phenomenon is poorly understood. There are competing theories proposed that try to describe the exact mechanism by which this anomalous heat is generated, but none has as yet been accepted as authoritative. There are many researchers and companies studying LENR at the moment, and it appears that we are on the verge of seeing commercial-grade LENR reactors appear in the marketplace.

Ultimately LENR has the potential to revolutionize the way that energy is produced — cleanly and less expensively than current energy sources, and from elements that are cheap and abundant   — making it a truly ‘2.0’ technology that we feel should be promoted for the benefit of humanity.