Thin-film deposition lesson
Concept sequence and review gate.
Open route ->DOMAIN LANE / PROCESS
Process
Process module engineer / integration handoff
What changed on the wafer, and what evidence proves it?
ROUTE STACK
Start with the right surface.
This lane collects the learning packets, replay labs, simulation objects, and evidence routes that belong together. It is a filter, not a new workflow engine.
Process fundamentals lesson
Concept sequence and review gate.
Open route ->Surface treatment lesson
Concept sequence and review gate.
Open route ->Thermal annealing lesson
Concept sequence and review gate.
Open route ->Wet clean and surface prep lesson
Concept sequence and review gate.
Open route ->Lithography focus-exposure process window
Typed precomputed object with methods, limits, and exports.
Open route ->Anneal activation versus dopant diffusion
Typed precomputed object with methods, limits, and exports.
Open route ->O2 plasma and O3 ozone surface activation for ALD nucleation
Typed precomputed object with methods, limits, and exports.
Open route ->Sputter/PVD step coverage and continuity
Typed precomputed object with methods, limits, and exports.
Open route ->Plasma etch UQ profile window
Typed precomputed object with methods, limits, and exports.
Open route ->Plasma etch UQ lesson
Concept sequence and review gate.
Open route ->Plasma etch UQ replay lab
Browser replay or visual evidence surface.
Open route ->Plasma etch heteroscedastic UQ
Typed precomputed object with methods, limits, and exports.
Open route ->CMP pattern-density dishing and erosion replay
Typed precomputed object with methods, limits, and exports.
Open route ->Process-to-device-to-circuit chains
Supporting route.
Open route ->Contact resistance to delay interactive chain
Typed precomputed object with methods, limits, and exports.
Open route ->Plasma etch heteroscedastic UQ replay
Typed precomputed object with methods, limits, and exports.
Open route ->Lithography-to-etch feedforward control replay
Typed precomputed object with methods, limits, and exports.
Open route ->APC/FDC and feedforward decision-literacy lesson
Concept sequence and review gate.
Open route ->APC/FDC and feedforward replay lab
Browser replay or visual evidence surface.
Open route ->APC, FDC, and feedforward decision replay
Typed precomputed object with methods, limits, and exports.
Open route ->learn/m3d igo sram integration evidence
Concept sequence and review gate.
Open route ->labs/m3d igo sram integration evidence
Browser replay or visual evidence surface.
Open route ->Monolithic-3D Si/oxide-semiconductor SRAM integration evidence ladder
Typed precomputed object with methods, limits, and exports.
Open route ->learn/particle monte carlo feature topography
Concept sequence and review gate.
Open route ->labs/particle monte carlo feature topography
Browser replay or visual evidence surface.
Open route ->Particle Monte Carlo feature topography evidence map
Typed precomputed object with methods, limits, and exports.
Open route ->CCP/ICP chamber-state lesson
Concept sequence and review gate.
Open route ->CCP/ICP chamber-state replay lab
Browser replay or visual evidence surface.
Open route ->CCP versus ICP chamber-state evidence map
Typed precomputed object with methods, limits, and exports.
Open route ->Vacuum and gas-delivery inventory lesson
Concept sequence and review gate.
Open route ->Vacuum and gas-delivery inventory replay lab
Browser replay or visual evidence surface.
Open route ->Vacuum and gas-delivery inventory evidence map
Typed precomputed object with methods, limits, and exports.
Open route ->learn/reactive ion etch mechanism
Concept sequence and review gate.
Open route ->labs/reactive ion etch mechanism
Browser replay or visual evidence surface.
Open route ->Reactive-ion etch mechanism evidence map
Typed precomputed object with methods, limits, and exports.
Open route ->learn/process device yield integration
Concept sequence and review gate.
Open route ->labs/process device yield integration
Browser replay or visual evidence surface.
Open route ->Process-device-yield integration evidence map
Typed precomputed object with methods, limits, and exports.
Open route ->learn/etch depth and selectivity
Concept sequence and review gate.
Open route ->labs/etch depth evidence atlas
Browser replay or visual evidence surface.
Open route ->Etch depth and selectivity evidence atlas
Typed precomputed object with methods, limits, and exports.
Open route ->Deposition process-map lesson
Concept sequence and review gate.
Open route ->Deposition evidence atlas lab
Browser replay or visual evidence surface.
Open route ->Deposition process evidence atlas
Typed precomputed object with methods, limits, and exports.
Open route ->learn/patterning and module flow
Concept sequence and review gate.
Open route ->labs/patterning module evidence atlas
Browser replay or visual evidence surface.
Open route ->Patterning and module flow evidence atlas
Typed precomputed object with methods, limits, and exports.
Open route ->learn/sensor metrology control
Concept sequence and review gate.
Open route ->labs/sensor control evidence atlas
Browser replay or visual evidence surface.
Open route ->Sensor, metrology, and control evidence atlas
Typed precomputed object with methods, limits, and exports.
Open route ->learn/factory facilities and sustainability
Concept sequence and review gate.
Open route ->labs/factory facilities evidence atlas
Browser replay or visual evidence surface.
Open route ->Factory, facilities, and sustainability evidence atlas
Typed precomputed object with methods, limits, and exports.
Open route ->learn/packaging and test flow
Concept sequence and review gate.
Open route ->labs/packaging test evidence atlas
Browser replay or visual evidence surface.
Open route ->Packaging and test evidence atlas
Typed precomputed object with methods, limits, and exports.
Open route ->SIMULATION FILTER
The existing catalog, narrowed to this domain.
Paper-writing users can enter from this page and open the relevant run cards, exports, methods, limits, and evidence without first watching a lecture.
Sputter deposition thickness uniformity
Replay radial film-thickness profiles to see why rotation, source shape, pressure regime, and geometry matter before a sputter recipe is trusted.
+/-3.97%7.7 nm / 100 nm2 radial profiles
Open run card ->Thermal and e-beam evaporation line-of-sight
Compare long-throw and short-throw evaporation profiles, then separate open-field uniformity from sidewall shadowing.
2.1 nm / 100 nm11.1 nm / 100 nmsidewall factor 0.18
Open run card ->ALD growth-per-cycle saturation
Replay dose saturation, 100-cycle thickness arithmetic, temperature-window framing, and aspect-ratio conformality warnings.
0.11 nm/cycle11.0 nm2 s
Open run card ->Thermal oxidation and diffusion budget
Compare dry and wet oxidation growth, silicon consumption, and diffusion broadening before treating thermal steps as reusable evidence.
43 nm174 nmsigma = 86 nm
Open run card ->Photolithography exposure and focus window
Replay a dose/focus matrix to see why a printed CD is only useful when the process window and variation boundary are visible.
18 / 250 nm5 x 5
Open run card ->Etch selectivity and profile
Compare isotropic, directional, and low-selectivity etch cases to keep mask budget, CD loss, and sidewall profile attached.
45 nm48 nm3:1 to 30:1
Open run card ->CMP removal and planarization
Replay Preston-style removal, pattern-density warnings, radial nonuniformity, and endpoint margin before citing a CMP result.
120 nm/min80 nm/min+/-2.56%
Open run card ->Ion implantation and anneal activation
Replay projected range, straggle, activation, and diffusion broadening to keep doping evidence separate from a recipe.
Rp = 80 nm72%28 nm
Open run card ->Ellipsometry thickness fit
Replay a thin-film thickness fit and inspect residuals so a plotted film thickness is not separated from its optical-model assumptions.
27.8 nm0.08 deg+/-0.8 nm
Open run card ->Four-point probe sheet resistance
Replay a wafer-level sheet-resistance map and compute nonuniformity before treating a process split as electrically stable.
50.4 ohm/sq+/-3.97%25 points
Open run card ->TLM contact resistance extraction
Fit resistance versus contact spacing to separate sheet resistance, contact resistance, and geometry assumptions.
Rc = 4 ohm/pad80 ohm/sq4.0e-6 ohm cm2
Open run card ->CD-SEM and overlay control
Replay CD site statistics and overlay vectors so lithography evidence carries linewidth and registration together.
100.61 nm3 sigma = 1.97 nmp95 = 3.08 nm
Open run card ->SPC and process capability
Replay a CD sample set and compute Cp/Cpk so process spread, centering, and out-of-spec count stay distinct.
Cp = 1.44Cpk = 1.340 / 25
Open run card ->DOE response surface
Replay a two-factor process grid so deposition rate, film stress, center points, and curvature warnings travel together.
64 nm/min56 nm/min-110 MPa
Open run card ->O2 plasma surface activation
Replay contact-angle reduction, residue removal proxy, ion-exposure warning, and air recovery after oxygen plasma activation.
8.43 deg96.3%46.19 deg
Open run card ->O3 ozone and UV-ozone surface clean
Replay ozone and UV-O3 organic removal, hydrophilicity, hydroxylation proxy, and oxide-growth caution before deposition.
11.46 deg96.3%0.396 nm
Open run card ->RTA activation and diffusion tradeoff
Replay normalized rapid-thermal-anneal budgets to compare dopant activation, diffusion broadening, and sheet-resistance proxy.
91.71%16.52 nm386.8 ohm/sq
Open run card ->Spike versus furnace thermal budget
Compare furnace soak, spike RTA, and millisecond anneal modes so shallow-junction benefit and temperature-control risk stay visible together.
0.363.2 nm0.92 score
Open run card ->Implant damage recovery and TED
Replay post-implant defect recovery, activated fraction, and transient-enhanced-diffusion tail growth on one normalized anneal axis.
73.0%30.84%29.97 nm
Open run card ->Silicide contact anneal window
Replay under-reacted, target-window, and over-annealed contact cases so sheet resistance and morphology risk stay paired.
4.4 ohm/sq88%0.72
Open run card ->Wet clean contamination removal
Compare conceptual organic, particle, metal, and native-oxide proxies across a public-safe wet-clean evidence sequence.
88.0%80.0%80.0%
Open run card ->Dilute HF native-oxide window
Replay a normalized native-oxide removal window with hydrophobicity, reoxidation sensitivity, and queue-time caution shown together.
0.22 nm84 deg0.78
Open run card ->HMDS adhesion-prime readiness
Compare dehydration, hydrophobicity, adhesion score, and overprime or delay risk for public-safe lithography surface-prep review.
0.9176 deg0.18
Open run card ->Clean sequence decision queue
Map downstream process intent to surface target, evidence needs, and risk flags without publishing a wet-bench or lithography flow.
1640.802
Open run card ->Lithography focus-exposure process window
Replay focus, exposure, CD-error proxy, overlay proxy, and pass/fail window to explain process windows without scanner recipes.
31 / 81-80 to 80 nm-8% to 8%
Open run card ->Anneal activation versus dopant diffusion
Replay temperature and time to compare activation fraction, diffusion length, and a junction tradeoff score without exposing anneal recipes.
-1.1309850 C / 1 s25 cases
Open run card ->O2 plasma and O3 ozone surface activation for ALD nucleation
Replay treatment type, normalized dose, substrate class, activation proxy, and ALD nucleation-delay cycles for surface-prep intuition.
1.18 cyclesO2 plasma / dose 4 / SiO2-like24 cases
Open run card ->Sputter/PVD step coverage and continuity
Replay feature aspect ratio and scattering proxy to see why PVD coverage is not just blanket thickness.
62.057AR 0.5 / pressure proxy 1015 cases
Open run card ->Plasma etch UQ profile window
Replay aspect ratio, bias class, and wafer location to compare anisotropy, selectivity, CD bias, and pass-probability proxy.
0.7728AR 1 / mid / center27 cases
Open run card ->Plasma etch heteroscedastic UQ
Replay aspect ratio, wafer zone, and normalized bias class to see why etch uncertainty grows across the wafer instead of staying constant.
0.60241:1 / center / nominal27 cases
Open run card ->CMP pattern-density dishing and erosion replay
Replay pattern density, feature width, overpolish proxy, and pad age to connect layout density with dishing, erosion, nonuniformity, and planarization evidence.
63.16855.524 nm54 cases
Open run card ->O2/O3 surface treatment to ALD nucleation interactive lab
Filter treatment, dose, temperature, and ALD cycles to inspect nucleation delay, thickness, uniformity, capacitance, and leakage-risk teaching proxies.
320 cases0 cyclesCSV filter
Open run card ->Anneal activation to device and FO4 delay interactive lab
Filter anneal method, temperature, time, and implant dose to inspect activation, diffusion, sheet resistance, Vt shift, and FO4-delay teaching proxies.
135 cases21.52 psheatmap slices
Open run card ->Etch CD bias to DIBL and delay interactive lab
Filter chemistry, pressure, RF power, and overetch to inspect etch-rate, CD-bias, LER, DIBL, and inverter-delay teaching proxies.
108 cases16.29-25.76 pstradeoff scatter
Open run card ->Contact resistance to delay interactive chain
A browser CSV lab connecting surface/contact preparation, silicide anneal, contact area, activation proxy, Rc/Rsd proxy, ring oscillator delay proxy, and SRAM bitline delay proxy.
14434
Open run card ->Plasma etch heteroscedastic UQ replay
A browser CSV replay that separates mean etch response, spatial uncertainty, CD-loss risk, selectivity proxy, and acquisition priority without exposing a process recipe.
243451
Open run card ->Lithography-to-etch feedforward control replay
A browser CSV lab that links post-lithography CD and overlay observations to downstream etch correction, post-etch CD, Cpk proxy, delay proxy, and role-specific evidence gates.
1296 cases4 viewsCD/Cpk/delay
Open run card ->APC, FDC, and feedforward decision replay
A browser CSV replay for reading process-control evidence as signal quality, FDC state, VM uncertainty, sampling coverage, feedforward handoff, false-alarm risk, and role review move together.
614460
Open run card ->CCP versus ICP chamber-state evidence map
Compare bounded CCP and ICP reference archetypes across normalized drive, pressure regime, substrate bias, gas response, wall loss, matching state, radial zone, ion and neutral delivery, IEDF/IADF breadth, nonuniformity, role gates, and the restricted feature-scale handoff without exposing a recipe or equipment action.
614430720
Open run card ->Vacuum and gas-delivery inventory evidence map
Compare flow-model context, admitted gas-load state, wall-source burden, chamber and foreline inventory, conductance, nominal and effective pumping, settling, distribution, role gates, and the four-field CCP/ICP handoff without exposing a physical recipe, equipment command, or safety procedure.
1036851840
Open run card ->Reactive-ion etch mechanism evidence map
Compare dielectric-like and conductor-like teaching contexts across ion drive, neutral reactivity, passivation, directionality, mask resilience, feature access, ordered response, six mechanism regimes, exact ledgers, role gates, and a bounded feature-profile handoff without exposing a physical chemistry, process recipe, equipment action, or named-tool prediction.
691234560
Open run card ->Etch depth and selectivity evidence atlas
Move across HAR profile evolution, atomic-layer etch, selective etch, DRIE, strip and ash, and wet etch using one bounded review surface. Each family preserves its own controls, normalized proxies, exact ledgers, source spine, role gates, and replacement-evidence questions.
4147260
Open run card ->Deposition process evidence atlas
Move across PVD, CVD and PECVD, ALD and PEALD, LPCVD and furnace chains, epitaxy, selective deposition, and electrochemical gap-fill using one bounded review surface. Each family preserves its own controls, normalized proxies, exact ledgers, source spine, role gates, and replacement-evidence questions.
4838470
Open run card ->Packaging and test evidence atlas
Move across bonding and interfaces, thinning and dicing, wafer probe and test, and fan-out or panel packaging using one bounded review surface. Every family keeps its own controls, normalized proxies, exact ledgers, source spine, role gates, traceability boundary, and accountable replacement-evidence questions.
2419240
Open run card ->LER/LWR to SRAM variability chain
Two edges can move together, apart, or independently. Inspect how that relationship changes linewidth and local-CD variation before any bounded device or SRAM teaching proxy.
3.600 nm4.105 nm256 deterministic points
Open run card ->DEEPENING PLAN
From concept to research artifact.
Process depth connects unit operation, mechanism, inline metric, device parameter, circuit timing, memory margin, and yield consequence.
Vocabulary and mechanisms
- Module vocabulary: deposition, pattern transfer, etch, clean, thermal budget, implant, and CMP.
- Mechanism cards: flux, diffusion, selectivity, anisotropy, surface state, activation, and planarization.
- Integration handoff: which measurement proves the wafer changed without exposing recipe settings.
Queued seed simulations
- Photoresist coat, expose, and develop window replay with dose, focus, thickness, and CD sensitivity.
- Plasma etch anisotropy and selectivity profile replay with aspect-ratio and mask-loss proxies.
- CMP dishing and erosion replay with density, pad-state proxy, and removal nonuniformity.
- Defect density and pareto replay linking process modules to inline inspection evidence.
- Contact resistance to delay browser chain connecting surface/contact prep, silicide anneal, Rc/Rsd, ring oscillator delay, and SRAM bitline delay proxies.
- Heteroscedastic plasma etch UQ replay separating mean response, spatial sigma, CD-loss risk, and acquisition priority.
- Lithography-to-etch feedforward replay connecting post-litho CD/overlay evidence to etch bias, Cpk proxy, and circuit-delay proxy.
- APC/FDC/feedforward decision replay connecting equipment-data context, FDC state, VM uncertainty, sampling coverage, role view, wafer-at-risk proxy, and next safe check.
- M3D integration evidence states for tier partition, thermal budget, cross-tier links, structure/metrology, and extraction maturity.
- Particle Monte Carlo feature-topography map connecting incident transport and surface interactions to evolving directional-etch and sputter-deposition profiles.
- CCP/ICP chamber-state bridge separating normalized source coupling, bulk support, sheath burden, charged and neutral delivery, energy-angle breadth, radial state, wall loss, and feature-scale handoff eligibility.
- Vacuum and gas-delivery inventory replay separating admission, wall release, conductance, nominal and effective pumping, chamber/foreline state, settling, distribution, and bounded plasma handoff.
- Reactive-ion etch mechanism replay separating ion drive, neutral reactivity, passivation, directionality, mask resilience, feature access, removal pathways, damage, profile control, exact ledgers, and bounded feature handoff.
- Process-device-yield integration replay separating variation families, device evidence, circuit margin, reliability and yield evidence, genealogy, role review, exact ledgers, and the human-reviewed public-atlas handoff.
- Six-family etch evidence atlas separating HAR transport and profile, ALE cycle completeness, selective-etch surface fate, DRIE cycle and feature transport, strip and ash residue handoff, and wet-etch reaction and geometry evidence.
- Seven-family deposition evidence atlas separating PVD transport, CVD reaction and conformality, ALD cycle completeness, furnace thermal and batch history, epitaxy interface and strain, selective-deposition surface contrast, and ECD seed-to-gap-fill evidence.
- Seven-family patterning and module atlas separating mask-data and reticle control, substrate and wafering quality, scanner and track evidence, implant beamline interaction, thermal history, clean-surface state, and CMP removal and handoff evidence.
- Four-family sensor and control atlas separating endpoint signal interpretation, inspection and measurement-system evidence, chamber-state FDC and maintenance evidence, and edge, bevel, backside, all-surface, and yield handoff evidence.
- Three-family factory and facilities atlas separating cluster routing and handoff state, facility utilities and abatement context, and resource, operating-state, emissions, allocation, and assurance evidence.
- Four-family packaging and test atlas separating bonding and interfaces, thinning and dicing, probe and test measurement, and panel placement, warpage, RDL, molding, and plating evidence.
Claim fitness checks
- Witness wafer map, inline measurement, tool-independent check, and stated uncertainty.
- Before and after surface or film metric with source anchor and non-recipe boundary.
- Failure-mode table that separates physical mechanism from facility procedure.
- Measured replacement slots for process chains: TLM, sheet resistance, CD-SEM, C-V, Id-Vg, ring oscillator, SRAM bitline, wafer map, and uncertainty record.
- UQ replay card with class factors, synthetic rows, visible limits, and a measured-data replacement slot.
- Process-control rows preserve operator, engineer, integration, and yield views so a correction is not confused with a recipe.
- Process-control rows must state data identity, physical metrology coverage, model uncertainty, false-alarm risk, and owner review boundary before any production language.
- Integration claims require an owned process sequence, structure/interface evidence, thermal compatibility, connectivity, extraction provenance, uncertainty, and review.
- A physical profile claim requires owned initial geometry, incident distributions, surface/material interaction evidence, convergence, final profile metrology, uncertainty, and integration review.
- A physical plasma-process claim requires owned chamber/source/bias geometry and settings, gas chemistry, wall history, diagnostics, wafer-facing distributions, profile response, uncertainty, and accountable review.
- A physical process claim requires owned gas, chamber, line, wall, pump, valve, measurement, wafer-response, uncertainty, and accountable integration evidence.
- A physical etch claim requires owned material stack and geometry, chemistry, plasma and surface distributions, rate and profile metrology, damage and endpoint evidence, uncertainty, validation, and accountable integration review.
- Operational attribution requires owned process and equipment history, calibrated metrology, device characterization and models, circuit context, reliability and test evidence, lot-wafer-die-device genealogy, uncertainty, validation, and accountable human approval.
- Operational etch use requires owned material and geometry context, chemistry and chamber records, calibrated diagnostics and metrology, endpoint and residue evidence, damage and reliability review, uncertainty, genealogy, safety controls, and accountable human approval.
- Operational deposition use requires owned materials and surfaces, precursor or bath records, chamber and equipment traces, calibrated diagnostics and metrology, film and interface evidence, uncertainty, genealogy, safety controls, and accountable human approval.
- Operational use requires owned materials, geometry, equipment and chamber records, calibrated diagnostics and metrology, uncertainty, genealogy, safety controls, acceptance criteria, and accountable human approval.
- Operational use requires owned signals and measurands, instrument and equipment identity, calibration and standards, sampling, chamber and maintenance history, uncertainty, genealogy, validation, acceptance governance, and accountable human approval.
- Operational use requires owned route and equipment records, facility measurements, utility meters, abatement evidence, operating-state events, resource and emissions accounting, allocation methods, uncertainty, inventory governance, validation, and accountable human approval.
- Operational use requires owned materials and equipment identity, genealogy, measurements, calibration, mapping, tester and probe state, coverage, uncertainty, reliability, qualification, acceptance governance, disposition authority, and accountable human approval.
Paper-ready artifacts
- One plot with knob-to-metric sensitivity and confidence note.
- One methods card stating model boundary and what real metrology would replace.
- One integration note explaining which downstream domain should consume the evidence.
- One process-control note template that separates measurement observation, correction hypothesis, downstream metric, and release boundary.
- One APC/FDC/feedforward evidence table separating data-quality review, FDC review, VM uncertainty review, sampling review, feedforward handoff review, owner review, and bounded teaching candidates.
- One six-node claim map spanning feature-scale boundary, particle/surface state, profile evolution, open-reproduction rights, commercial comparison, and replacement evidence.
- One ten-node claim map spanning reference architectures, source/bias coupling, bulk/sheath/IEDF state, pressure, wall/chemistry loss, uniformity, benchmark boundary, feature bridge, vendor taxonomy, and replacement evidence.
Capstone Target
Build a process split brief that traces one unit-process change to one measurable inline metric, one device metric, one circuit or memory consequence, and one yield evidence question.
Open all-domain roadmap ->EVIDENCE BACKLOG
What this lane needs next.
The backlog keeps future additions useful rather than noisy. New pages should enter through a domain tag, public source anchor, model boundary, and precomputed evidence package.
What is already usable
- Six process lesson packets plus lithography, anneal, O2/O3, PVD step coverage, CMP dishing/erosion, plasma etch UQ, and heteroscedastic etch uncertainty cards are live.
- Thin film, front-end process, metrology, surface treatment, annealing, wet clean, etch, CMP, and process-window replay now share one lane.
- The lane is ready for defect pareto, inline metrology replacement data, and measured replacements for the UQ surrogate.
Good candidates
- virtual metrology and defect pareto replay
- ALD/CVD/PVD nonuniformity comparison
- measured replacement data for contact Rc chain
- measured replacement data for etch UQ replay
- owned APC/FDC and feedforward replacement evidence
- owned M3D process sequence, thermal-budget compatibility, cross-tier connection, structure/metrology, and extraction provenance
- owned feature geometry, incident distributions, surface interaction evidence, profile metrology, convergence, uncertainty, and integration review for directional etch and sputter deposition
- owned chamber-to-wafer ion, neutral, energy-angle, radial, wall-state, chemistry, uncertainty, and feature-profile bridge evidence for plasma etch or PECVD studies
- owned gas identity and composition, physical source and wall-release terms, chamber and line geometry, pressure-dependent transport, wafer distribution, repeatability, uncertainty, and plasma-response evidence
- owned material stack, gas and surface chemistry, ion and radical distributions, profile and rate metrology, endpoint evidence, damage evidence, uncertainty, model-to-measurement comparison, and accountable integration review
- owned process, device, circuit, reliability, test, genealogy, yield, uncertainty, and accountable review evidence for cross-domain attribution
- owned chemistry, material, geometry, equipment, endpoint, metrology, profile, residue, damage, uncertainty, and genealogy evidence for etch-family replacement
- owned material, precursor, surface, chamber, bath, feature, film, interface, metrology, uncertainty, and genealogy evidence for deposition-family replacement
- owned mask, substrate, resist, beam, thermal, surface, removal, equipment, metrology, uncertainty, and genealogy evidence for patterning-module replacement
- owned sensor signals, measurands, calibration, sampling, equipment history, chamber state, inspection, uncertainty, genealogy, and approval evidence for sensor-control replacement
- owned route and equipment records, facility measurements, utility meters, abatement evidence, operating-state events, resource and emissions accounting, allocation rules, uncertainty, validation, and approval evidence
- owned material, interface, equipment, carrier, probe-card, tester, calibration, mapping, genealogy, coverage, reliability, qualification, acceptance, and disposition evidence
BOUNDARIES
Useful domain content, no hidden operations.
Every domain can grow as education, simulation replay, and evidence planning. The page must not become a job board, tool controller, recipe workflow, upload service, or signoff surface.
no recipe
Keep this boundary attached when adding lessons, labs, simulations, resources, or research support.
no tool setting
Keep this boundary attached when adding lessons, labs, simulations, resources, or research support.
no facility credential
Keep this boundary attached when adding lessons, labs, simulations, resources, or research support.
no APC programming or equipment-control workflow
Keep this boundary attached when adding lessons, labs, simulations, resources, or research support.
no process recipe, temperature/time transfer, virtual-fabrication claim, PDK, foundry comparison, or tapeout readiness
Keep this boundary attached when adding lessons, labs, simulations, resources, or research support.
no gas, pressure, power, bias, flow, time, length, energy, angle, sticking, sputter-yield, or recipe recommendation
Keep this boundary attached when adding lessons, labs, simulations, resources, or research support.
no pressure, flow, chemistry, power, frequency, voltage, bias, temperature, time, energy, angle, rate, process window, or recipe recommendation
Keep this boundary attached when adding lessons, labs, simulations, resources, or research support.
no physical pressure, flow, gas composition, pump speed, conductance, volume, timing, process window, recipe, or control action
Keep this boundary attached when adding lessons, labs, simulations, resources, or research support.
no named material or gas recipe, physical pressure, power, bias, energy, flux, time, etch rate, selectivity, profile dimension, endpoint action, equipment command, process window, or qualification claim
Keep this boundary attached when adding lessons, labs, simulations, resources, or research support.
no automatic causal attribution, equipment action, model calibration, circuit signoff, reliability qualification, product binning, wafer disposition, yield decision, or publication action
Keep this boundary attached when adding lessons, labs, simulations, resources, or research support.
no automatic chemistry selection, recipe recommendation, equipment action, endpoint decision, process release, wafer disposition, yield claim, or publication action
Keep this boundary attached when adding lessons, labs, simulations, resources, or research support.
no automatic material or precursor selection, recipe recommendation, equipment action, process release, wafer disposition, yield claim, or publication action
Keep this boundary attached when adding lessons, labs, simulations, resources, or research support.
no automatic material selection, setting or recipe recommendation, equipment action, material acceptance, wafer disposition, process signoff, yield claim, or publication action
Keep this boundary attached when adding lessons, labs, simulations, resources, or research support.
no automatic threshold, control-limit, maintenance, equipment, material-acceptance, wafer-disposition, yield, release, or publication action
Keep this boundary attached when adding lessons, labs, simulations, resources, or research support.
no automatic dispatch, equipment command, utility or abatement setting, inventory certification, compliance, material-acceptance, wafer-disposition, release, or publication action
Keep this boundary attached when adding lessons, labs, simulations, resources, or research support.
no automatic equipment or ATE action, setting or limit recommendation, acceptance, qualification, binning, disposition, release, or publication action
Keep this boundary attached when adding lessons, labs, simulations, resources, or research support.
SOURCE SPINE
Anchors for vocabulary and scope.
These source links help name the domain. They do not convert teaching replays into certified measurements, process recipes, facility procedures, or product signoff results.
UIUC MRL deposition tools
Public cleanroom context for sputtering tools, rotating substrate holders, and thin-film deposition.
Open source ->George 2010 ALD overview
Review source for ALD as sequential, self-limiting surface reactions and conformal film control.
Open source ->Puurunen 2005 ALD surface chemistry
Peer-reviewed source metadata and DOI for a TMA/H2O ALD surface-chemistry case study.
Open source ->NIST ALD publication record
Public source for growth-per-cycle framing and thickness scaling with cycles.
Open source ->MIT OCW 6.774 readings
Public reading map for oxidation, Deal/Grove framing, Fick's laws, ion implantation, and annealing topics.
Open source ->MIT OCW 6.152J Micro/Nano Processing Technology
Public course context for diffusion, oxidation, photolithography, CVD, and micro/nano fabrication techniques.
Open source ->MIT OCW 6.152J lecture notes
Public lecture-note index covering lithography, soft lithography, oxidation, diffusion, sputtering, evaporation, and etching topics.
Open source ->MIT OCW semiconductor process variation
Public process-variation context for separating nominal results from temporal and spatial variation.
Open source ->NEIGHBOR DOMAINS
Move sideways without returning home.
Semiconductor work is coupled. These links keep the site navigable when one claim crosses process, device, circuit, memory, equipment, metrology, or reliability boundaries.
Device
How do charge, potential, materials, thermal path, and carriers become I-V, C-V, RF, or power-device evidence?
Open domain ->Circuit
How does a device-level curve become gain, delay, and oscillation?
Open domain ->Memory
How does memory preserve, sense, move, disturb, retain, protect, and place data across SRAM, DRAM, HBM, NAND, MRAM, FeFET, SCM, CIM, and hybrid memory systems?
Open domain ->Digital / Verification
What cycle-level contract was actually checked?
Open domain ->EDA / Layout
How do layout markers, connectivity reports, parasitics, and timing evidence become a public-safe verification claim?
Open domain ->Equipment / Facilities
What tool or facility condition supports the process, and what is still not an operating instruction?
Open domain ->Metrology / Yield
Is the measurement fit for the claim?
Open domain ->Packaging / Test / Reliability
What evidence remains after the die is fabricated, bonded, packaged, screened, and stressed?
Open domain ->