WEEK 26 · Mon 15 Mar → Sun 21 Mar 2027

Trialkit plate module

600 minutes max9 deliverables trialkit
▤

UNDERSTAND · PRACTICE · KEEP EVIDENCE

Your full learning notebook

Read the week in plain language, refresh the foundations, follow each challenge step by step, and check what evidence to keep. Includes worked examples, answer keys and prompts for visual study resources.

Use this within your existing weekly blocks. Your learning completion and research evidence remain in your current tracker and week files.

▶

START HERE · 2 MINUTES

What am I doing right now?

If you only complete one thing:
✓

STATUS

Tracker & deliverables

DeliverableAcceptanceState
plate-schema.md
Build create +
Specify plate layout and metadata mapping for 96/384-well exports with blanks, controls and replicate IDs. Acceptance: Generate one plate report with correct control handling, replicate identities and explicit fit/QC failures.
plate-fit-report.md
Build create +
Fit dose-response/growth/kinetics examples with model diagnostics, parameter bounds and explicit failure reports. Acceptance: At least one verified public example per implemented model has identifiable fits and uncertainty.
plate-qc-checklist.md
Build create +
Add Z-prime/control QC and a report with data provenance; scope MIC to validated rules if applicable. Acceptance: Bad controls, insufficient points and failed fits appear in the output.
study-notes.md
Learning create +
Selected exact free resources; bounded lesson/exercise; separate solution; quiz and grading rubric; Peter's answers and gaps when executed
founder-paper.md
Founder papers create +
Verified source and P11 digest; authentic question and connection sentence; access limitations
branding-pack.md
Branding create +
Wednesday note, Sunday build log, X adaptation, figure/caption/alt text and the week's special asset; each claim linked to real proof
opportunity-actions.md
Opportunities create +
Qualified target/role, source/date, ladder stage, next action, message/interview/proposal draft and actual status
evidence.md
Evidence & review open & edit ↗
Actual paths/URLs, versions, checks/metrics, preparation versus execution state and external receipts when applicable
review.md
Evidence & review open & edit ↗
Checklist, learning assessment, gate status, shortfalls, next actions and carryover
Notes on artifact states

These filenames are outputs to prepare during this week's execution; this scaffold does not claim they already exist. Drafts and measured results have different states. Technical code/data stay in the canonical project repository and are referenced from these coordinating files.

During preparation, future measured tables get column definitions, input requirements and run instructions with PENDING status. During execution, replace pending values only with measured outputs. Do not create realistic-looking fake evidence.

▦

600 MINUTES MAXIMUM

Seven-day plan

Monday90 min

Target. Specify plate layout and metadata mapping for 96/384-well exports with blanks, controls and replicate IDs. Stop when: Generate one plate report with correct control handling, replicate identities and explicit fit/QC failures.

No material for Monday — this is a pure build day. Need something to study instead? →

Tuesday90 min· 3 cards, 75 min

Target. Read the original Z-prime assay-QC paper and an open dose-response methods source; derive control means/SDs and fit a small 4PL example. Produce: One concise applied note, a worked decision/example and unresolved questions.

Do these in this order — the plan's own sequence:

  1. Read Zhang, Chung & Oldenburg 20 min find ↗
  2. Read Zwietering et al. (1990), "Modeling of the bacterial growth curve" 30 min · after Zhang, Chung & Oldenburg find ↗
  3. Read Ritz et al. (2015), "Dose-response analysis using R" 25 min · after Zwietering et al. (1990), "Modeling of the bacterial growth curve" find ↗
Wednesday90 min

Target. Fit dose-response/growth/kinetics examples with model diagnostics, parameter bounds and explicit failure reports. Stop when: At least one verified public example per implemented model has identifiable fits and uncertainty. Reserve the last 10 minutes for the optional Wednesday note.

No material for Wednesday — this is a pure build day. Need something to study instead? →

Thursday90 min

Target. Review residuals, curve identifiability and technical versus biological replicate reporting. Last 30 minutes: founder assay paper. Apply the Half 2 one-formal-study-block rule.

No material for Thursday — this is a pure build day. Need something to study instead? →

Friday90 min

Target. Add Z-prime/control QC and a report with data provenance; scope MIC to validated rules if applicable. Stop when: Bad controls, insufficient points and failed fits appear in the output.

No material for Friday — this is a pure build day. Need something to study instead? →

Saturday90 min

Target. Resolve the earliest critical spillover or dependency. Prepare any long-form publication draft from existing figures here if needed. Sandbox only after commitments are met.

Optional, only if the day went well:

  1. Read Sprouffske & Wagner Saturday sandbox · 30 min? find ↗
  2. Watch Midani, Collins & Britton (2021), "AMiGA: software for automated analysis of microbial growth as… Saturday sandbox · 15 min? · after Sprouffske & Wagner find ↗
  3. Read NCATS Assay Guidance Manual Saturday sandbox · 30 min? · after Midani, Collins & Britton (2021), "AMiGA: software for automated analysis of microbial growth as… find ↗
  4. Watch Khan Academy / LabXchange on spectrophotometry and optical density Saturday sandbox · 15 min? · after NCATS Assay Guidance Manual find ↗
Sunday60 min

Target. 20 min build-log draft/publication when authorized; 5 min evidence/checklist; 20 min source-grounded gap review; 15 min next week's six physical actions.

No material for Sunday — this is a pure build day. Need something to study instead? →

Any time this week4 cards, 120 min · the plan names no day for these

Spare pockets, repo exercises and anything the plan lists without a day. Take them in this order when a day finishes early.

  1. Run lmfit/lmfit-py 30 min open ↗
  2. Run scipy/scipy 30 min open ↗
  3. Run DoseResponse/drc 30 min open ↗
  4. Run Pioreactor/pioreactor 30 min open ↗
Block ritual: read your next action → start the 90-min timer → open one file. Close: write tomorrow's action and one log line.
Feels pointless? Does today's Done when need it? No → skip it and log it. Yes → let AI do the boring part, you review. Still stuck → the smallest version in 25 minutes. Pulled into a rabbit hole? Write it in Parked thoughts and save it for Saturday.

The model must turn these into exact physical actions using the observed files and available inputs. Each 90-minute block includes start/stop rituals. All calls, posts, debugging, reading and exercises consume this same capacity.

Half 2: Tuesday is the formal study block unless this is a selling/submission/decision week. Thursday supports applied review, partner work or the market task; do not add another full course.

◎

WHAT TO WATCH, READ AND RUN

Materials for this week

Walk into a microbiology lab and you will see plate readers: machines that measure 96 or 384 tiny wells every few minutes. Out comes a spreadsheet with thousands of numbers, and someone spends an afternoon in Excel fitting curves by eye. The plate module ends that afternoon. Growth curves (the same lag-log-stationary story from week 1, now in tiny wells), dose-response curves (how much of a compound it takes to halv…

0 of 11 finished · give me one to start now → · open in the deck →

In the plan's running order: each card says which block it belongs to and what has to come before it. The seven-day plan lists the same cards under the day that owns them.

Tuesday 3 · 75 min total

1/11 Read 20 min W26 Tuesday Biology

Zhang, Chung & Oldenburg

Zhang, Chung & Oldenburg (1999), "A simple statistical parameter for use in evaluation and validation of high throughput screening assays", Journal of Biomolecular Screening 4(2):67-73 (20 min)

Find it ↗ search

In: LABLOOP-W26 Notebook

2/11 Read 30 min W26 Tuesday Biology

Zwietering et al. (1990), "Modeling of the bacterial growth curve"

Tuesday · after Zhang, Chung & Oldenburg

Zwietering et al. (1990), "Modeling of the bacterial growth curve", Applied and Environmental Microbiology 56(6):1875-1881 (30 min)

Find it ↗ search

In: LABLOOP-W26 Notebook

3/11 Read 25 min W26 Tuesday Biology

Ritz et al. (2015), "Dose-response analysis using R"

Tuesday · after Zwietering et al. (1990), "Modeling of the bacterial growth curve"

Ritz et al. (2015), "Dose-response analysis using R", PLoS ONE 10(12):e0146021, sections on the 4-parameter log-logistic model (25 min)

Find it ↗ search

In: LABLOOP-W26 Notebook

Saturday · sandbox, optional 4 · 90 min total

4/11 Read 30 min? W26 Saturday Sandbox optional

Sprouffske & Wagner

Saturday sandbox

Sprouffske & Wagner (2016), "Growthcurver: an R package for obtaining interpretable metrics from microbial growth curves", BMC Bioinformatics 17:172

Find it ↗ search

In: LABLOOP-W26 Notebook

5/11 Watch 15 min? W26 Saturday Sandbox optional

Midani, Collins & Britton (2021), "AMiGA: software for automated analysis of microbial growth as…

Saturday sandbox · after Sprouffske & Wagner

Midani, Collins & Britton (2021), "AMiGA: software for automated analysis of microbial growth assays", mSystems 6:e00508-21 — an open-source Python tool that fits growth curves without assuming their shape (pip install amiga)

Find it ↗ search

In: LABLOOP-W26 Notebook

6/11 Read 30 min? W26 Saturday Sandbox optional

NCATS Assay Guidance Manual

Saturday sandbox · after Midani, Collins & Britton (2021), "AMiGA: software for automated analysis of microbial growth as…

NCATS Assay Guidance Manual (ncbi.nlm.nih.gov/books/NBK53196), chapters on assay validation and HTS statistics — the industry reference, free

Find it ↗ search

In: LABLOOP-W26 Notebook

7/11 Watch 15 min? W26 Saturday Sandbox optional

Khan Academy / LabXchange on spectrophotometry and optical density

Saturday sandbox · after NCATS Assay Guidance Manual

Find it ↗ search

In: LABLOOP-W26 Notebook

Any block this week — the plan names no day 4 · 120 min total

8/11 Run 30 min W26 Build

lmfit/lmfit-py

Fit logistic and Gompertz to a public growth curve with parameter intervals

Open ↗

In: LABLOOP-W26 Notebook

9/11 Run 30 min W26 Build

scipy/scipy

curve_fit for 4PL; compare with lmfit output

Open ↗

In: LABLOOP-W26 Notebook

10/11 Run 30 min W26 Build

DoseResponse/drc

Read the README and one vignette to check your Python 4PL reproduces drc on the same data

Open ↗

In: LABLOOP-W26 Notebook

11/11 Run 30 min W26 Build

Pioreactor/pioreactor

Look at how it estimates growth rate from optical density online; compare with your offline fit

Open ↗

In: LABLOOP-W26 Notebook

01

READ FIRST

Outcome and relevance

This week delivers the three concrete artifacts below and the supporting learning/branding/opportunity pack. The scientific or commercial outcome follows the preserved source brief, while the acceptance checks make its evidence testable. The career objective is to turn this work into something a scientist, hiring manager or buyer can inspect.

  • Scientific/build priority: Specify plate layout and metadata mapping for 96/384-well exports with blanks, controls and replicate IDs.
  • Public/profile priority: Draft a plate-analysis post describing one QC failure and why it changes the decision.
  • Career/relationship/commercial priority: Ask an assay scientist for feedback and prepare an interview explanation connecting measurements, QC and decision quality.
02

READ FIRST

Deeper walkthrough (v6)

Read v6 · Week 26 · Instrument 2 (plate module) before Monday. It expands this week's one-row v5 brief into daily build steps and adds the Welcome analogy, Learn it (▶ core and + deeper sources), Run it (repos with a 20-40 minute exercise), the NotebookLM kit and the mentor check below. Standing v6 rules: resource rules, NotebookLM protocol, chapter anatomy. v6 adds depth only; it does not change a goal, gate, output or the 600-minute cap, so this specification still governs execution.

Act VI · Threads: B, M, $, R · Next gate: 28

Where this week sits. - ← From: week 1 (growth phases), week 7 (Michaelis-Menten), week 16 (intervals), week 25 (trialkit schema and report). - → Feeds: week 27 (offer covers archetype C, lab assays), weeks 28-30 (partner's validation data analysis), Loop Audits for assay-heavy startups. - ⟳ Returns in: Paper 3 Results (enzyme activity curves).

Goals. - 🎯 This week: trialkit/plate: parse plate-reader exports, growth curves, 4PL dose-response, Michaelis-Menten, Z′ QC, with intervals. - 🏁 Next milestone: Gate 28. - 🌟 Final: the same statistical care applied to the partner's validation data.

The plan (from v5 Part 7, expanded; gate and output unchanged).

v5 row: 26 | Instrument 2 (plate module) | Assay statistics (4PL, growth curves, Z′) | trialkit/plate (v4 week 11) | L-Sun - Goal: a plate export in, a QC'd, fitted, interval-bearing report out. - Tue (study): assay statistics: 4PL, logistic/Gompertz growth models, Z′-factor. - Build: Mon: parser for 96/384 layouts (plate map + readings) into the trial schema. Done when two different vendor export formats load. Wed: growth-curve fits (logistic, Gompertz; growth rate, lag, carrying capacity) and 4PL dose-response with bootstrap intervals. Done when a published dataset's parameters are reproduced. Fri: Z′ per plate and Michaelis-Menten module; plate report. Done when a bad plate is flagged automatically. - Sun: L-Sun "The Z′ factor: the one number that says whether your assay deserves your conclusions". - Only one thing: growth-curve fits with intervals.

Mentor check. "I can look at a plate report and say whether the assay is trustworthy before I talk about the result."

03

OPEN WHEN NEEDED

Required inputs and dependency check

04

READ FIRST

Learning specification

Biology/domain unit

Material: Read the original Z-prime assay-QC paper and an open dose-response methods source; derive control means/SDs and fit a small 4PL example.

Produce: One concise applied note, a worked decision/example and unresolved questions.

Understanding check: The note directly supports this week's experiment, collaboration, delivery or career action.

During preparation, write one worked example connected to the week's actual task, one exercise with a separate answer key and five questions. Peter supplies answers; score explanation quality and flag misconceptions in QUESTIONS. Numeric/scientific conclusions require actual data or explicitly synthetic teaching values.

AI/scientific-method unit

Material: Review residuals, curve identifiability and technical versus biological replicate reporting. Last 30 minutes: founder assay paper.

Produce: One concise applied note, a worked decision/example and unresolved questions.

Understanding check: The note directly supports this week's experiment, collaboration, delivery or career action.

Use the prompt pack: P1 explanation ladder, P2 concept-to-project bridge and P3 quiz. Coding practice belongs within the allocated study/build block. Where the source asks for a favorable scientific result, substitute an honest measured comparison as explained below.

Founder/scientist paper

Select one verified founder/scientific-lead paper relevant to this week's domain. Use P11; save the question, method, numerical result with context, data workflow, three author questions and one connection sentence in founder-paper.md. Keep abstract-only access limitations explicit. On source weeks with no study, prioritize the commercial/submission task and log any skipped digest.

05

OPEN WHEN NEEDED

Branding and opportunity execution brief

Branding: Draft a plate-analysis post describing one QC failure and why it changes the decision.

Opportunity action: Ask an assay scientist for feedback and prepare an interview explanation connecting measurements, QC and decision quality.

Use career asset contracts. Publish at most the agreed cadence; one figure and one supported number or admitted failure can support multiple drafts. In long-form weeks, prepare a 1,500–2,500-word article from existing evidence within the build/buffer allocation. In release/demo weeks, prepare a 60-second script: problem, input, command/action, result, limitation and proof link.

Verify individuals, jobs and affiliations at execution time. The GridX list and v4 company map are research seeds, not current facts. Do not reveal named company weaknesses or employer/client confidential information. Keep drafted/sent/replied/booked/held statuses separate. The planning request alone does not authorize external messages or publication; honor explicit authorization in the execution session.

06

OPEN WHEN NEEDED

Quality risks and week-specific constraints

Do not implement every assay family in one block without reliable validation. Start with one complete path; no biological replicate inflation or unsupported potency claims.

Apply the root scientific evidence contract: provenance; meaningful independent splits; no future-data leakage; baseline comparison; actual denominators/uncertainty; failed cases; human review where required. State whether data are simulated, public experimental, synthetic or partner-provided.

Keep source gates intact, and log scope/time conflicts in review. Missing people, money, access or results must not be replaced with invented evidence. Reduce optional polish first. A specific essential external dependency stays pending while independent preparation continues.

07

READ FIRST

Completion and gate review

This is an enabling week. Its deliverables feed the next scheduled gate: 28. Complete the acceptance checklist below; do not promote reputation from a draft.

  • Monday artifact satisfies: Generate one plate report with correct control handling, replicate identities and explicit fit/QC failures.
  • Wednesday artifact satisfies: At least one verified public example per implemented model has identifiable fits and uncertainty.
  • Friday artifact satisfies: Bad controls, insufficient points and failed fits appear in the output.
  • Study pack is prepared; Peter's actual learning/quiz result is recorded separately.
  • Branding and opportunity drafts use supported claims and the correct external-action state.
  • Reproduction or document checks are recorded with file/version references.
  • This week's special gate, if any, has real evidence or remains explicitly pending.
  • Review, root progress/log and the next physical action are updated.
08

READ FIRST

Minimum viable week and recovery

Expanded minimum derived from the source goal: Generate one plate report with correct control handling, replicate identities and explicit fit/QC failures.

Operational first step if stalled: open plate-schema.md, write the required inputs and produce the smallest checkable example in ten minutes. If a more urgent missing gate dependency controls the week, use the source minimum above.

If the full week does not fit, use P14: retain one gate-critical deliverable and one directly supporting study exercise; record what is skipped versus moved. Do not mark the original full gate passed merely because the minimum was completed. After a missed week, reforecast from actual evidence and avoid a second unexamined lost week.

09

OPEN WHEN NEEDED

Handoff to the next model

In review, state exactly what exists, what was verified, what Peter can now explain, which external events remain pending, where the canonical code/data live, and the next file/function or draft paragraph to touch. Link each fact to evidence. Carry scientific assumptions, split definitions and rights constraints forward explicitly.

10

OPEN WHEN NEEDED

Ready-to-copy model prompt

Prepare Week 26 of this LABLOOP execution plan.
Read execution-plan/specs.md, execution-plan/DECISIONS.md,
execution-plan/GATES.md and
execution-plan/weeks/week-26-trialkit-plate-module/specs.md, commitment.md, evidence.md and review.md.
Read prior prerequisite reviews and inspect actual repository/data state.
Use v5 as the governing sequence, the v6 Week 26 chapter
(LABLOOP-Master-Plan-v6.md) as the deeper walkthrough, and v4 only for
retained details.
Produce the full local preparation pack and the exact week-specific files named
in the artifact table. Give me a bounded lesson with exercises/answer key,
daily physical actions, technical runbook or draft, branding drafts and
career/commercial actions. Keep the total to 600 minutes.
Separate prepared artifacts from measured results and my learning completion.
Verify sources and do not invent metrics, citations, papers, people or outcomes.
Do not execute external communications, publication or spending unless the
current session already authorizes the specific action.
Finish by updating evidence/review and TODAY with the next physical action.
11

OPEN WHEN NEEDED

Preserved original v5 weekly brief

v6 expands this row into a full brief, with the gate and output unchanged, inside v6 · Week 26 · Instrument 2 (plate module). The following is source planning text, not a claim of completion. Apply the explicit evidence corrections in this specification and DECISIONS.md.

Week Goal Study (Tue) Build (Mon/Wed/Fri) Output
26 Instrument 2 (plate module) Assay statistics (4PL, growth curves, Z′) trialkit/plate (v4 week 11) L-Sun
📄

WEEK FILES

Commitment · evidence · review

commitment.md open ↗

State: UNCONFIRMED. Owner: Peter Ciancaglini. Specification

Start date: not set. End date: not set. Available hours: confirm (planned ceiling 10). Primary outcome: trialkit plate module. Minimum that keeps the next gate alive: Generate one plate report with correct control handling, replicate identities and explicit fit/QC failures.

Deliverables to commit

  • ☐ plate-schema.md: Generate one plate report with correct control handling, replicate identities and explicit fit/QC failures.
  • ☐ plate-fit-report.md: At least one verified public example per implemented model has identifiable fits and uncertainty.
  • ☐ plate-qc-checklist.md: Bad controls, insufficient points and failed fits appear in the output.
  • ☐ Bounded learning exercise and personal teach-back.
  • ☐ Evidence-backed branding and opportunity pack.
  • ☐ Sunday review and next physical action.

Proposed calendar

Day Minutes Physical action / outcome Actual slot Done
Mon 90 Specify plate layout and metadata mapping for 96/384-well exports with blanks, controls and replicate IDs. Not set ☐
Tue 90 One concise applied note, a worked decision/example and unresolved questions. Not set ☐
Wed 90 Fit dose-response/growth/kinetics examples with model diagnostics, parameter bounds and explicit failure reports. Last ten minutes: optional note. Not set ☐
Thu 90 One concise applied note, a worked decision/example and unresolved questions. Include relevant founder-paper work within this block. Not set ☐
Fri 90 Add Z-prime/control QC and a report with data provenance; scope MIC to validated rules if applicable. Not set ☐
Sat 90 Resolve critical spillover; long-form draft if due; sandbox only if done. Not set ☐
Sun 60 Build log, evidence, gap review, next actions. Not set ☐

Dependency and capacity check

  • Missing essential inputs: not yet inspected.
  • Human/external dependency, owner and expected date: not yet inspected.
  • Week-specific constraint: Do not implement every assay family in one block without reliable validation. Start with one complete path; no biological replicate inflation or unsupported potency claims.
  • Existing session authorization for external actions or spending: not assessed; local planning only at scaffold creation.
  • Scope to cut first: optional polish/additional examples; preserve scientific validity.
  • If the forecast exceeds available time: record a concrete reduced scope or revised delivery proposal before committing.

Peter's commitment / adjustments: pending. Reviewing model and date: pending.

evidence.md open ↗

Execution state: NOT_STARTED. Specification This file is a blank register with planned artifact names; none of the rows prove completion.

Item Path / URL / version State Verification / actual result Verified by / date
plate-schema.md Not created NOT_STARTED Pending: Layouts preserve well identity and separate technical from biological replicates. —
plate-fit-report.md Not created NOT_STARTED Pending: At least one verified public example per implemented model has identifiable fits and uncertainty. —
plate-qc-checklist.md Not created NOT_STARTED Pending: Bad controls, insufficient points and failed fits appear in the output. —
Learning exercise / Peter's quiz Not created NOT_STARTED Peter's actual answers required —
Founder paper digest Not created NOT_STARTED Source/content and access checked —
Branding pack Not created NOT_STARTED Claims audited; drafted/public status distinct —
Opportunity actions Not created NOT_STARTED Drafted/sent/replied/booked/held distinct —

Reproduction and scientific measurements

Question / metric Dataset, N and unit Split / seed / config Command or verification method Output path and measured value Uncertainty / limitation

External events, when authorized and actually performed

Date Action / counterpart Receipt or private reference State Next action / date

Actual learning and decisions

Peter's teach-back / quiz score: not assessed. Scientific assumptions and deviations: none recorded yet. Budget allocated / spent: not assessed / no spend recorded. Missing evidence and responsible owner: pending inspection.

Do not put API keys, source full texts with restricted rights, client data or invoice personal details in a public version of this register. Keep private evidence references private.

review.md open ↗

Review status: NOT_REVIEWED. Specification · Evidence

What was actually completed?

  • ☐ Generate one plate report with correct control handling, replicate identities and explicit fit/QC failures. Evidence: pending.
  • ☐ At least one verified public example per implemented model has identifiable fits and uncertainty. Evidence: pending.
  • ☐ Bad controls, insufficient points and failed fits appear in the output. Evidence: pending.
  • ☐ Learning assessed from Peter's actual answers. Evidence: pending.
  • ☐ Branding/opportunity states recorded correctly. Evidence: pending.

Learning and outcome

What Peter can explain or reproduce now: not assessed. Quiz / teach-back gaps: not assessed. Measured result and limitations: pending. Best evidence link for a scientist/recruiter/buyer: pending. What failed or changed, and why: pending.

Gate and capacity

Gate requirement: No standalone gate; check this week's acceptance criteria and next gate dependencies. Gate status: NOT_STARTED. Original target week: See next gate in specs. Actual completion date / forecast: not set. Missing external evidence: pending inspection. Blocks completed / 7: not recorded. Days with commits / 7: not recorded. Sunday build log / optional Wednesday note: not recorded. Founder conversations cumulative: not recorded. Earned evidence level and proof: not assessed. Consecutive lost weeks: not assessed.

Week-specific risk to revisit: Do not implement every assay family in one block without reliable validation. Start with one complete path; no biological replicate inflation or unsupported potency claims.

Decision and next-model handoff

Continue / recover / blocked: not decided. Retain as the minimum: Generate one plate report with correct control handling, replicate identities and explicit fit/QC failures. Skipped permanently with reason: none recorded. Carryover with owner, dependency and target week: none recorded. Canonical repository paths and versions: pending. Data permissions, split definitions or assumptions to preserve: pending. External action authorization that still applies: not assessed. Next physical action, exact file/function/paragraph: pending. Updates to root PROGRESS / LOG / TODAY completed: ☐

Next week

✎

YOUR SPACE

Notes, links & media

Quick log

    Notes markdown

    Links

    Media

    ⏱ Focus Focus25:00 0 min today