Radwave is essentially a SETI video game. Slow, unresponsive video games are infuriating. Therefore performance is key. Therefore, the core code should be in C. Radwave on Android is too limited. There are a lot of iPhone users, and desktop users. And the screen

Over on the Berkeley SETI website, there's a section toward the bottom with some experiments to try: Reproduce the waterfall plot Determine the observed frequency (in GHz) of the coherent downlink carrier (main signal in the center of the waterfall plot), and the offset

Two more Breakthrough Listen datasets have been added to the Radwave Public  Collection Bundle #1: 'Oumuamua ON and 'Oumuamua OFF. I can't tell you just how excited I am about these two datasets. 'Oumuamua is the first confirmed interstellar object that we observed within

Today we announce the first dataset, of what we hope to be many, from the Breakthrough Listen initiative to be hosted on Radwave: the Voyager 1 dataset conducted back in 2015 at the onset of the Breakthrough Listen initiative. Voyager 1&2 are

Before we dive into the spectrum, let's talk about some related everyday ideas.  Let's start with music. Imagine sitting at a piano. On the left you have the low keys. On the right, you have the high keys. Which keys sounds faster? The high

Radwave's main screen shows the spectrum.  This contains the Power Spectral Density (PSD) on the bottom, with the Spectrogram above that, and some controls above that. If these words are completely foreign to you, then it should help to first read the blog post

While it's true that I'm the one person that performed the day-to-day work so far for Radwave (hopefully that changes one day), it's a lie to say this is a one man team.  I have been extraordinarily fortunate to have had massive support and