Writing
Coming soon…
There are two distinct methods of investigating and explaining time: either we can investigate time as we experience it, or we can investigate time as it is best modeled to fit the empirical data. Einstein’s special theory of relativity is intuition’s greatest adversary and the primary challenge to the philosophy of time that I will focus on in this paper. In light of special relativity and the relativity of simultaneity, our two methods of understanding time appear impossible to reconcile; either, it seems, we adopt a version of time that appeals to experience and ignores science, or we adopt a version of time that appeals to science but ignores our experience. Therein the problem lies. I argue that truth is found in the synthesis of these ideas, told from different perspectives. To best illustrate the value of these different perspectives – i.e., different reference frames – I explore this synthesis through a dialogue. We will only be able to completely understand the nature of time by using and appreciating both perspectives; what we once thought was a problem that needed to be reconciled, we will see is in fact null. The scientific and manifest images of time – to borrow the nomenclature of Wilfred Sellars – are not incompatible; they are one.
Technology is plagued with a dichotomy of creation and destruction; it both improves and complicates our lives. This is the modern age of addictive consumption and development, and today, it is all fueled by one thing: silicon.
What can black holes uncover about the nature of identity? More than you might think.
The above statement may seem like a fallacy to most — especially those who are inclined towards the sciences. “Theologians?” you might be thinking; “didn’t they go extinct 1500 years ago? What could cosmology possibly have to do with the study of God?”
Noether’s Symmetries: The Mathematician who Changed Our Perspective on Conservation Laws
I don’t think so; here’s why…
Order appears to permeate the universe. From orbital resonances to the perfect spirals of galaxies, objects in the universe tend to prefer order over chaos — or at least this is how it seems.
Searching for life in alien oceans is not science fiction; it’s science fact.
What happens when the most massive objects in the universe collide?