Here’s the second installment of Beats per Week: “Trot & Sizzle” (from the original motion-picture soundtrack for The Nocturnal). Enjoy!
(UPDATE: Same great post, now with the correct date for the event: June 28, 7pm)
Good news, everyone: My latest novella—Expiration Date—is available free online this summer! Here’s the official blurb:
This science fiction “till death do we part” story follows young Lizzie and Bram in a relationship on fast-forward. Armed with the knowledge of her scientific discovery, Granny Gin burdens the couple with the question “What would you do, if you knew your end was near?”
First chapter went live early this morning; check it out! New chapters every week.
But wait! There’s more: The official book-release kick-off party is next week:
See you there!
Just a quick one: For folks who are having trouble with writer’s block (either in their professional or creative work), I’ve put together this little week-long clinic. Totally free, no strings attached. My gift to you. Check it out:
I’ll be at Penguicon again this year (April 28–30). But instead of just sitting on a few panels and mooching a lot of free drinks, I wanted to do something extra special. So this year I’m spending the entire weekend building something extra special for you to experience and interact with—and for the Slinkies to finally be heard.
Won’t you join me—and the Slinkies—before it’s too late?
A reader recently asked for audio samples of a few projects from my first book, so I made this quick lil video:
(Daaaaamn does that fuzz tone wail—and it’s literally ~$5 in parts!)
You might need headphones to hear the detail on the straight tremolo, but the throb becomes really pronounced at the end when I chain the two effects together.
In the process of uploading that demo video, I stumbled across this guy’s build of the Single-Chip Space Invader synth from my most recent book. Oh, man, do I love that Star Wars lunchbox he used as a case! So rad!
Any of this look rad? You can download a “jam pack” of complete projects drawn from both books. Click here now to get your free Junkyard Jam Pack PDF!
I love, love, love(!!!) seeing and hearing the projects my readers build, and sharing them with folks thinking about how they want to tackle these same projects. First up is Jason Jaknunas’s take on the Bleepbox 8-Step Analog Sequencer (Project 16 in Junkyard Jam Band)—which is easily the best version of this I’ve ever seen (it totally leaves mine in the dust, and I designed the damn thing!)
Everything is just so sweet and just-right here: the knobs, the brushed aluminum label, the wood cheeks, the grommets padding out the LEDs, the labels—but also the little things, the visual balance among the elements, the use of different sizes of knob on different functions. Give it a look, then give it a listen. So rad!
Arthur Lacomme in Brussels, who I’ve linked before, sent me a link to a rad lil Single-Chip Space Invader (Project 15 in Junkyard Jam Band) he built. Click thru to hear this bad boy; such chiptune joy! Arthur and his pals have plans to hit an upcoming “wild carnival” with some noise-enhanced clothing. I look forward to seeing and sharing video!
Keep seeking out the Good Noise! Keep sharing what you find!
Once again it’s that very special time of year when I remind you that it’s hella easy to make your own booze, appropriate for gift-giving or general drunkification. (That link goes to my time-tested E-Z DIY Limoncello recipe; make it now, give it during Xmas/Xanukah week, get super-popular in the Dark Days of the Unconquered Son/Sun)
Spent the holiday weekend chilling with friends, and we built a few Jitterbugs (tiny, super-simple, super-cheap robots that run away from light, cockroach-style). I’d totally forgotten how much fun these are. Here’s a video of my 4-year-old sitting in the closet with flashlights and competing at “reverse sumo” (first person out of the ring wins):
Here’s a set of Jitterbugs built by Stephen Trouvere and his boys, with the addition of LED eyes:
I love how those lil guys turned out! For the curious, all we’ve done is built the standard jitterbug, then taken a pair of regular ol’ red LEDs, wired them in parallel, buffered the positive lead with a 100Ω resistor (brown-black-brown stripes), and soldered the free resistor lead to the positive battery terminal, and the negative LED legs to the negative terminal (it’s the same way we wire up the LEDs in the “Switchbox” project in that same book).