Today, we will look at a sustainable future using materials sciences.

A sustainable future using materials science can be achieved by developing new materials and technologies to help address climate change, dwindling resources, and pollution.

Today, we will look at how China's scientists are developing a boron-inside missile that could change how we think about warfare.

Boron is a highly reactive element that reacts violently with air and water, liberating a tremendous amount of heat. It is widely used in propellants, ranging from jet liquid fuels to solid nanotube fuel sources for hypersonic rocket engines.

Today we will look at boron and rare earth magnets and how ‘boron inside’ helps make them productive and efficient. We will focus on neodymium magnets as boron is a key ingredient in their ability to perform.

Prostate cancer treatments can use boron as it selectively destroys prostate cancer cell growth while keeping healthy cells unaffected. It also lowers prostate-specific antigen (PSA), which is a potential cause of cancer development. 

There is significant evidence to suggest that boron plays a key role in reducing prostate cancer risks. One study in May 2022 published in Life Extension Magazine reports that men with adequate levels of boron were 64% less to get prostate cancer.

Today, we're going to look at technologies where boron is used as an ingredient to combat global warming.

We all know the world is on the cusp of an energy crisis. Energy demand is rising at an alarming rate while fossil fuel suppliers rapidly decreasing.

As a result, energy prices have rocketed, and the world is now experiencing significant blackouts and widespread economic collapse. Let's look at several innovations that use boron to combat global warming.

 Today, we're going to talk about sodium-ion batteries. It's no secret that batteries are a big part of our lives.

They power our mobile phones, laptops, and cars. For manufacturers and consumers alike, several factors are important such as pricing durability, power density, safety, and temperature operating range.

Today, we will look at the use of boron or borax in keeping swimming pools clean.

Swimming pools are a great way to exercise and have fun with friends and family. But the pools also require maintenance, and keeping your swimming pool clean might seem like a daunting task as maintaining a pool is not easy, but with the application of boric acid and sodium borates, it can become much easier.

Today, we're going to talk about boron deficiency in woody plants.

Boron is an essential element for higher plant growth and development. It helps to strengthen the cell walls and controls porosity.

Boron-efficient trees have a high proportion of non-cell wall boron, which is available for cytolysis under boron-sufficient conditions. In boron-deficient plants and trees, a high proportion of cell wall boron is missing in the structure of the cell walls. Boron deficiency is common among the majority of plants. It especially constrains the growth and development of agriculture and forestry due to the lack of boron uptake from the soil.

Today we're going to look at how boron can benefit furniture and other articles around the home.

Even though boron is not a well-known element, boron benefits are numerous for modern life. It's present in almost everything, including humans, animals, plants, soil, water, and various applications and products.

Discover Electric Car Batteries.

Electric car batteries are rechargeable batteries that power electric cars, bikes, and scooters.

They are designed to give power over a sustained period and are deep-cycle batteries.

Lithium-ion batteries are usually used in EVs.

Whereas internal combustion engine cars obtain energy from gasoline or diesel combustion, an electric vehicle draws power directly from a large battery pack.