Think back to high school science class. You probably spent a good amount of time learning and deciphering the periodic table of the elements. This nifty chart displays all the 118 natural and artificial materials that serve as the building blocks for all matter in the universe. It’s at this elemental level that substances gain their magnetism. Continue reading →
When you think of hydrogen, the humble little element with a singular electron, it’s probably in its gaseous state. In fact, hydrogen is most the abundant element in the entire universe and makes up around 75% of its entire mass! It’s most recognizable when paired with oxygen to create H20, or water. Hydrogen is also a source of nuclear energy and its capabilities have been explored for centuries. Continue reading →
Early last month, NASA's Planetary Science Division hosted their annual Planetary Science Vision 2050 community workshop at their headquarters in Washington DC. The world’s greatest minds in science and technology descended upon the workshop to participate in panel discussions and presentations regarding the future of space exploration. Continue reading →
When it comes to stoves, most Americans rely on either gas or electric heat to create their culinary masterpieces. However, a third, more efficient manner of cooking is slowly working its way into more and more kitchens. While already popular in Europe and Asia, induction is starting to take off in the States. Induction cooking provides benefits gas and heat simply can’t touch, but the best part? It’s only possible through magnetism! Continue reading →
Extending out over 370,000 miles above the Earth, the magnetic layer known as the magnetosphere protects the planet from the charged particles of solar wind and cosmic rays that could tear away at our upper atmosphere, exposing us to ultraviolet radiation. That might seem like a permanent feature of the planet, and for the most part, it is. Continue reading →
When we think of lightning storms, we usually associate them with scary, booming claps of thunder. These audible bursts are caused by a sonic shockwave as lightning discharges. However, thunder is not the only sound of the storm. High above the clouds, in the farthest reaches of our atmosphere, another symphony is taking place. This is the concert hall of the electromagnetic electron wave, also known as a whistler. Continue reading →
Evidence of Earth’s magnetic field is all around us. Animals use it to navigate, the spectacular display of the Aurora Borealis is generated by it, even your compass pointing north—all possible because of this mysterious force. However, while we experience the benefits of the magnetic field on a daily basis (we wouldn’t have an atmosphere without it either), its effects are nothing new. The magnetic field has quietly been at work for millennia. Continue reading →
In previous posts, we’ve talked about the connection between animals and magnetism. Sharks, dogs, birds, and plenty of others all have pretty direct links to Earth’s magnetic field. However, there is one group of animals wherein the relationship is not as clear—some scientists don’t even think it exists. Continue reading →
The end of the year is always a time for nostalgia—looking back on the past 365 days and taking stock of everything that’s happened. At Apex, we’re no different. Continue reading →
Magnet lovers sure are a curious bunch! How do we know? We took a look at our most popular blog posts in 2016 and discovered that many of them answer big important questions about magnets and magnetism. This top ten covers magnetic DIY projects, experiments, facts about magnets, and more! Continue reading →
Think back to high school science class. You probably spent a good amount of time learning and deciphering the periodic table of the elements. This nifty chart displays all the 118 natural and artificial materials that serve as the building blocks for all matter in the universe. It’s at this elemental level that substances gain their magnetism. Continue reading →
When you think of hydrogen, the humble little element with a singular electron, it’s probably in its gaseous state. In fact, hydrogen is most the abundant element in the entire universe and makes up around 75% of its entire mass! It’s most recognizable when paired with oxygen to create H20, or water. Hydrogen is also a source of nuclear energy and its capabilities have been explored for centuries. Continue reading →
Early last month, NASA's Planetary Science Division hosted their annual Planetary Science Vision 2050 community workshop at their headquarters in Washington DC. The world’s greatest minds in science and technology descended upon the workshop to participate in panel discussions and presentations regarding the future of space exploration. Continue reading →
When it comes to stoves, most Americans rely on either gas or electric heat to create their culinary masterpieces. However, a third, more efficient manner of cooking is slowly working its way into more and more kitchens. While already popular in Europe and Asia, induction is starting to take off in the States. Induction cooking provides benefits gas and heat simply can’t touch, but the best part? It’s only possible through magnetism! Continue reading →
Extending out over 370,000 miles above the Earth, the magnetic layer known as the magnetosphere protects the planet from the charged particles of solar wind and cosmic rays that could tear away at our upper atmosphere, exposing us to ultraviolet radiation. That might seem like a permanent feature of the planet, and for the most part, it is. Continue reading →
When we think of lightning storms, we usually associate them with scary, booming claps of thunder. These audible bursts are caused by a sonic shockwave as lightning discharges. However, thunder is not the only sound of the storm. High above the clouds, in the farthest reaches of our atmosphere, another symphony is taking place. This is the concert hall of the electromagnetic electron wave, also known as a whistler. Continue reading →
Evidence of Earth’s magnetic field is all around us. Animals use it to navigate, the spectacular display of the Aurora Borealis is generated by it, even your compass pointing north—all possible because of this mysterious force. However, while we experience the benefits of the magnetic field on a daily basis (we wouldn’t have an atmosphere without it either), its effects are nothing new. The magnetic field has quietly been at work for millennia. Continue reading →
