Category Archives: Physics

Light Has Momentum?

How is that possible – And how can we take advantage? We know that light has no mass. And, according to classical mechanics, momentum is given by 1/2mv^2; in other words, according to classical mechanics, light cannot have momentum. But, as we know, light is different — and oh so interesting! By virtue of energy […] Continue reading

Posted in Class, Physics, Science | Tagged , , , | Comments Off on Light Has Momentum?

Blog 8

Welcome to my last blog on topics related to our Solar System! It has been fun time writing random stuff running through my head and calling it a blog. Here’s another: It’s really interesting to see the connections between worlds in science fiction and worlds in our solar system. For example, let’s compare Mustafar and […] Continue reading

Posted in Class, Physics, Science, Universe | Tagged , , | Comments Off on Blog 8

Better Than All Social Media

About a month ago, my roommate and I decided to download this app called Spaceflight Simulator. We both really like space and thought we would give it a try. We both used to play this game called Into Space, when we were younger and while that one was fun, it did appeal to younger kids […] Continue reading

Posted in Physics | Tagged , , , | Comments Off on Better Than All Social Media

Blog 7: The Fermi Paradox

Many scientists have theorized that we are not alone in the universe. Indeed, there are many scenarios that should lend themselves to the existence of life. The conditions inherent in theoretical models that have been developed to explain Earth’s formation and subsequent development of life exist elsewhere. Not only do they exist, but they appear […] Continue reading

Posted in Class, Physics | Tagged , , , , , , | Comments Off on Blog 7: The Fermi Paradox

How do we discover Exoplanets?

Depiction of Astrometry For this blog I wanted to look into exoplanets and more specifically how we discover them. I found that there are 4 main methods to discover exoplanets. The first is the radial velocity method. This is how many of the first exoplanets were discovered. This method observes the doppler shift in the […] Continue reading

Posted in Class, Exoplanets, Physics | Tagged , | Comments Off on How do we discover Exoplanets?

Protecting Our Home

History is doomed to repeat itself. Will we be ready? Around 66 million years ago, an object estimated to be around 10km wide struck Earth at incredibly high speeds. The energy released was equivalent to roughly 100 million megatons of TNT. The impact, then, released over 6.5 billion times more energy than the catastrophically powerful […] Continue reading

Posted in Class, Physics, Science | Tagged , , , , , | Comments Off on Protecting Our Home

Blog SOLAR ECLIPSE

Today was the day, I saw the eclipse. It was amazing, and truly a piece of art. There were lots of clouds and I was barely able to see the eclipse although when seeing it, it was eye burning. Literally. As I had no glasses, I took a video of it that I am very […] Continue reading

Posted in Historical, Physics | Tagged , | Comments Off on Blog SOLAR ECLIPSE

bLOG 6: HOW MUCH DOES SIZE MATTER (FOR VOLCANISM and CRYOVOLCANISM)?

Even some of the smallest world in our solar system exhibit (or have exhibited) evidence of volcanism or cryovolcanism. Asteroids like Vesta, with radii of only several hundred kilometers, displays features that indicate that they once exhibited active volcanism and even separation by differentiation. Although their volcanism lasted for periods that were geologically very brief, […] Continue reading

Posted in Class, Physics | Tagged , , , , | Comments Off on bLOG 6: HOW MUCH DOES SIZE MATTER (FOR VOLCANISM and CRYOVOLCANISM)?

Robert Navarro, Blog Post 05 FUN FACTS ON PLUTO

Pluto’s as a planet is very intriguing. Despite being located far from the Sun; Pluto has seasonal changes due to its tilted axis (just like earth!) and highly elliptical orbit. When Pluto is closer to the Sun in its orbit, the frozen nitrogen, and methane on its surface can temporarily sublimate, creating a thin atmosphere. […] Continue reading

Posted in Historical, Physics | Tagged , | Comments Off on Robert Navarro, Blog Post 05 FUN FACTS ON PLUTO

Blog 5: WHAT MAKES A METAL?

Jupiter’s magnetosphere is generated thanks to a “metallic” layer of hydrogen around its core that is electrically conductive. Saturn also has “metallic,” electrically conductive hydrogen around its core, which enables it to have a magnetosphere as well. But the quotation marks? The answer is that metallic hydrogen isn’t a metal, in the traditional sense. First, […] Continue reading

Posted in Class, Physics, Universe | Tagged , , , , , | Comments Off on Blog 5: WHAT MAKES A METAL?