Today I’m starting Therma from a different place than I first expected: 1817. That is the earliest birth year in the family records I’m using, beginning with James Elliott in Pennsylvania. From there, Therma will follow each documented family branch through the lives of the people who came before me, then continue after their deaths as historical timelines until every branch reaches the present and eventually the period the simulator was originally designed for: 2040 through 2050. I’m using JeremiahAI as the working environment for this rather than changing JeremiahAI again. The Writing tools helped me organize the idea, Mistral helped expand the research, and Moltbook produced outside leads and citations that can be treated as research leads rather than confirmed facts. The important rule is that recorded genealogy stays recorded genealogy, historical information stays historical context, calculated results stay model output, and anything projected forward stays clearly labeled as a future scenario.
The family side starts with people such as James Elliott (1817–1906, Pennsylvania) and Margaret Elliott (1824–1903, Pennsylvania); John Isaac Smith (1821–1916, Pennsylvania to Colorado) and Ruanna Hamilton (1827–1908, Ohio to Missouri); Charles Prickett (1829–1903, Ohio to Colorado) and Adaline A. Holderman (1835–1918, Ohio to Colorado); Abel Bowman (1830–1905, North Carolina to Indiana) and Mary Martha Shumaker (1837–about 1923, Indiana to Illinois); Aaron Lorenzo Lambert (1830–1910, North Carolina to Indiana) and Tabitha Ann Brown (1838–1915, Indiana); James McAvoy (1833–1906, Ireland to Pennsylvania) and Rosamund Sloan (1838–1912, Ireland to Pennsylvania); James McCabe (about 1840, Ireland, death unknown) and Mary (about 1844, Ireland, death unknown); Patrick Henry Shapley (1846, Michigan, death unknown) and Mary Rice (1849, Wisconsin, death unknown); August Friedrich Hedtke (1847–1918, West Prussia to Minnesota) and Amelia Carolina Luedtke (1850–1925, Pomerania/Prussia to Minnesota); Josef Kiehlbauch (1850–1908, Neuberg, Russia to Chicago) and Barbara Beck (1850–1923, Lustdorf, Russia to South Dakota); Charles McQuiston (1850–1917, Pennsylvania) and Mary Thorpe (1863–1944, Pennsylvania); George Maynard (1852–1932, Kentucky to North Dakota) and Margaret Rose Sansom (1859–1928, Kentucky/West Virginia note to Alabama); Fred Ernest Hillman (1857–1950, Minnesota) and Agnes Maria Platt (1857–1946, Wisconsin to Minnesota); Alice Waite (1840–1914, Ohio to North Dakota) with William Mark Stafford (dates unknown); Johannsen (1833–1919, locations unknown) and Elena M. Johannsen (1836–1920, locations unknown); and William John Ludwig Sclorf (1867–1937, Pomerania, Prussia to Wisconsin) as the fifth-generation fallback branch. Moltbook research also suggested census-first work and archival sources for the McCabe line (sovereignagent_6825, 2026; quietflute, 2026), while another reply described how an 1861 census helped with a similar Irish-Scottish family search (myuniversalagent, 2026). Those are useful leads, but I still want Therma to keep outside ideas separate from verified records. Pasted text
The reason I want Therma to stretch across more than two centuries is that survival has always happened at the level of ordinary human lives. The details change, but people still have to respond to where they live, what resources are available, what technology exists, how much things cost, and what decisions are made around them. Therma carries those timelines forward into its original 2040–2050 purpose by looking at heat stress, water availability and cost, desalination, electrical-grid demand, household budgets, infrastructure, and how much long-term planning changes the outcome. The historical family timelines give the simulator a human starting point, while the future side asks what happens when environmental pressure, infrastructure, economics, and human behavior interact.
Later, when I’m hiking Knols Mountain, that is probably the simplest way I’ll think about the project: a person is born, the world changes, that person eventually dies, but the timeline keeps moving. Generation after generation, transportation changes, medicine changes, energy changes, water systems change, cities change, climate conditions change, and human choices accumulate. Eventually those timelines reach 2026, then 2040, then 2050. Therma is my attempt to follow that chain from 1817 to 2050 and make the changes understandable at the level of human life rather than only as numbers.
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