This is the soundtrack to the first Video ROMA I recorded for the good folks who support the podcast via my new web site. I found the experience to be surprisingly intimate. Talked about the thing I love most yet know the least about, and the ways I keep the darkness at bay. For as little as $2/month, you get a monthly video ROMA, access to all the podcast-related ebooks (so far, Tangentially Reading, and Tangentially Talking Drugs — Tangentially Talking Sex coming soon). I decided to make this one available to everyone. I’ll keep doing occasional ROMAs on this open platform, but not as often.
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Music: “Brightside of the Sun,” by Basin and Range; “Life Upside Down” by Brett Newski; “Smoke Alarm,” by Carsie Blanton.
chriS we hear u got perturbed by patreon. Censoring seems 2 b the issue.
Ur show iz. Who exacts the force, who’s sensing and seizing up ur ring ?
Some algo,,, pateron is a wanna b tech company. If u feel like u in d know.
Help them figure out a better algo. Shall we branch out from the complainers ?
the source. Meta data, And c what common complaint they come on with. Note?)>
We figure out censoring parameters,
we help the machine. = bttr prrmter. btter sense ring.
Another algo, the music u TALK UP.
who else ever hear of it, and what would they censor.
U C Chris, that algo would correlate “allowed” and “preferred” “vicinity vibrations.”
Thts quite the helping hand u could b ,,, ContaCt patreon. Hw do u feel ? Sort it out.
Should there be a video recording of this episode? Can’t find it. Why there is a “Video” name in the title?
Hey Chris,
Have you read this?
https://s100.copyright.com/AppDispatchServlet#formTop
Abstract
Greenland ice-core records provide an exceptionally clear picture of many aspects of abrupt climate changes, and particularly of those associated with the Younger Dryas event, as reviewed here. Well-preserved annual layers can be counted confidently, with only ≈1% errors for the age of the end of the Younger Dryas ≈11,500 years before present. Ice-flow corrections allow reconstruction of snow accumulation rates over tens of thousands of years with little additional uncertainty. Glaciochemical and particulate data record atmospheric-loading changes with little uncertainty introduced by changes in snow accumulation. Confident paleothermometry is provided by site-specific calibrations using ice-isotopic ratios, borehole temperatures, and gas-isotopic ratios. Near-simultaneous changes in ice-core paleoclimatic indicators of local, regional, and more-widespread climate conditions demonstrate that much of the Earth experienced abrupt climate changes synchronous with Greenland within thirty years or less. Post-Younger Dryas changes have not duplicated the size, extent and rapidity of these paleoclimatic changes.
Maybe we’re not that fucked
Hey Chris,
Have you read this?
https://s100.copyright.com/AppDispatchServlet#formTop
Abstract
Greenland ice-core records provide an exceptionally clear picture of many aspects of abrupt climate changes, and particularly of those associated with the Younger Dryas event, as reviewed here. Well-preserved annual layers can be counted confidently, with only ≈1% errors for the age of the end of the Younger Dryas ≈11,500 years before present. Ice-flow corrections allow reconstruction of snow accumulation rates over tens of thousands of years with little additional uncertainty. Glaciochemical and particulate data record atmospheric-loading changes with little uncertainty introduced by changes in snow accumulation. Confident paleothermometry is provided by site-specific calibrations using ice-isotopic ratios, borehole temperatures, and gas-isotopic ratios. Near-simultaneous changes in ice-core paleoclimatic indicators of local, regional, and more-widespread climate conditions demonstrate that much of the Earth experienced abrupt climate changes synchronous with Greenland within thirty years or less. Post-Younger Dryas changes have not duplicated the size, extent and rapidity of these paleoclimatic changes.
Maybe we’re not that fucked