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Oficiālā iniciatīva ir TimTim.Live Atvērtā cilvēka kosmosa lidojuma iniciatīva. . Tā pēta atklātu jautājumu - vai cilvēka kosmosa lidojuma arhitektūra var būtiski samazināt paļaušanos uz parasto ķīmisko dzinējspēku lidmašīnā, vienlaikus saglabājot fiziski realizējamu, pieejamu un izdzīvojamu? - un katra atbilde, tostarp katra atbilde, ieskaitot na kā arī ne ar pašreizējām tehnoloģijām, ir leģitīms rezultāts. Tas nav prasība būvēts kosmosa kuģis, pierādīta sistēma, izvēlēta tehnoloģija vai institucionāls apstiprinājums.

RESEARCH & FEASIBILITY

Pierādījumi pirms entuziasma.

Oficiāla pētniecības iniciatīva pēta, vai nākotnes kosmosa kuģu arhitektūras var samazināt paļaušanos uz parasto borta ķīmisko raķešu dzinējspēku dažu vai visu misijas fāžu laikā.

PUBLIC RESEARCH WORKSPACE

Start with a question, not a claim.

A research record should keep its question, evidence, assumptions, uncertainty, discussion, contributions, decisions, history, people, and translations connected on TimTim.Live.

Public contribution principles

Use public information you are authorized to share. Cite sources. State assumptions. Welcome correction. Never describe an idea as proven before the evidence earns it.

WHERE THE EVIDENCE STANDS

50 open research questions. Nothing here has been independently reproduced yet — that is the number this initiative exists to change.

47 · Hypothesis
3 · Literature Supported
0 · Modeled
0 · Experimentally Supported
0 · Independently Reproduced
0 · Verified for Research Use
0 · Rejected / Contradicted

MISSION-001IntermediateHypothesis

Define "rocket-free" for the project

Framework · Public evidence and review required

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Start with a question, not a claim.

Define "rocket-free" for the project

Define the first research mission class

Create the top-level requirements taxonomy

Build the initial assumptions register

Define technology down-selection criteria

Define project evidence levels

Literature review of reusable lifting-body configurations

Identify open aerodynamic validation datasets

Create a CFD contribution standard

Review high-altitude control-authority challenges

Review reusable atmospheric reentry flight regimes

Compare conceptual vehicle configuration families

Technology Evidence Card — Solar sails

Technology Evidence Card — Electrodynamic tethers

Technology Evidence Card — Electrostatic solar-wind sails

Technology Evidence Card — Beamed-energy propulsion

Technology Evidence Card — Air-breathing high-speed propulsion

Technology Evidence Card — Electric/plasma in-space propulsion

Create a propulsion-regime map

Create a falsification checklist for propulsion claims

Material Evidence Card — SiC/SiC ceramic-matrix composites

Material Evidence Card — Carbon-carbon composites

Material Evidence Card — Titanium alloy families

Material Evidence Card — Aluminum-lithium alloy families

Material Evidence Card — High-performance thermoplastic composites

Review reusable thermal-protection material families

Review high-temperature protective coating families

Create a standard material-property provenance method

Create a material down-selection scorecard

Identify public materials databases for aerospace screening

Create a thermal-analysis reporting standard

Literature review of reusable TPS inspection and repair

Review thermal-cycling degradation mechanisms

Create an FEA contribution standard

Review structural-health-monitoring methods

Review nondestructive evaluation for composites and ceramics

Literature review of deployable composite structures

Create an energy-accounting framework

Literature review of aerospace silicon-carbide power electronics

Literature review of aerospace gallium-nitride power electronics

Define avionics research interfaces

Create a GNC simulation reporting standard

Review fault-tolerant guidance/navigation architectures

Select open-source tools for early multidisciplinary research

Define a reproducible simulation folder standard

Literature review of aerospace additive-manufacturing qualification

Review repairability as a design requirement

Create an evidence ladder from coupon to integrated demonstrator

Create the initial system-safety research framework

Define lifecycle-cost metrics for concept comparison

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