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01Path To Agi
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04Climate
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09💰Follow The Money
10📡Info Warfare
11👁Silent Companies
12🛰Space Dominance
13💧Water Security
14🤯Wtf
15🔔Whistleblowers
16🧪Synthetic Bio
17🌐Digital Nations
18🚀Sci-Fi → Real
19🔴System Failures
20🕵️Conspiracies ✓
21📊MOST INTERES…
22📜MIND BENDING…
23🏛GLOBAL LOBBY…
24📈INTERESTING …
25⚖Dirty Politics
26📉DALIO PRINCI…
🤯

REALITY GLITCH

WTF

Central Hypothesis

“Intelligence gathering in progress...”
Evidence strength · grounded
35 sourced findings·1 corroborated
75%
14.1Unexplained Anomalies Tracker
1875

Recent entries span official UAP records, AI-discovered cosmic outliers, spacecraft data failures, and observations that strain formation models; many are now systematically documented, but explanation still lags detection.

Hubble Webb trans-Neptunian object survey
🤯 80/100

CAUSAL: (1) Teams used Hubble visible-light and Webb infrared observations together to analyze 27 newly discovered, extremely faint trans-Neptunian ob

WTF:
▾
NameHubble Webb trans-Neptunian object survey
Key Metric27 newly discovered tiny TNOs: smallest about 3 miles (5 km); fewer small bodies than planet-formation models predicted (NASA, 2026-09-09)
DetailCAUSAL: (1) Teams used Hubble visible-light and Webb infrared observations together to analyze 27 newly discovered, extremely faint trans-Neptunian objects, including one about 3 miles (5 km) across. (2) The anomaly is that the smallest objects retained the same colors as larger members of their hot and cold populations, while the survey found fewer very small bodies than some formation models
80
science.nasa.gov
Einstein Probe transient EP260806a
🤯 80/100

CAUSAL: (1) VLA and ALMA observations detected a bright radio and millimeter source at the position of the Einstein Probe transient EP260806a on Septe

WTF:
▾
NameEinstein Probe transient EP260806a
Key MetricLate time radio transient: about 5.5 mJy at 10 GHz and about 50 mJy at 104.5 GHz, 30 to 35 days after discovery; behavior resembles both a relativistic jetted transient and a jetted tidal disruption event (NASA GCN, 2026-09-10)
DetailCAUSAL: (1) VLA and ALMA observations detected a bright radio and millimeter source at the position of the Einstein Probe transient EP260806a on September 5 and September 10, 2026. The preliminary analysis measured about 5.5 mJy at 10 GHz and about 50 mJy at 104.5 GHz, with luminosities near 1E30 and 1E31 erg/s/Hz.
80
gcn.nasa.gov
Uhackatik impact structure
🤯 80/100

CAUSAL: (1) Field researchers identified shatter cones and other impact signatures at a circular structure near Lake Marsal in Quebec, overturning its

WTF:
▾
NameUhackatik impact structure
Key MetricImpact crater: 1 newly identified 25 km structure, largest found since 2018; essentially confirmed, formal recognition pending (NASA, 2026-09-15)
DetailCAUSAL: (1) Field researchers identified shatter cones and other impact signatures at a circular structure near Lake Marsal in Quebec, overturning its earlier classification as a volcanic feature. (2) The structure spans 25 kilometers and likely formed about 390 million years ago; it was discovered after an amateur astronomer noticed the feature in satellite maps and researchers investigated it
80
science.nasa.gov
Norton Sound radar anomaly near Stebbins, Alaska
🤯 79/100

CAUSAL: (1) On July 20, 2026, the Canadian Ice Service detected a sharply contrasted anomaly in Norton Sound using a radar satellite constellation and

WTF:
▾
NameNorton Sound radar anomaly near Stebbins, Alaska
Key MetricSatellite anomaly: about 7 km of strongly contrasted ocean backscatter, initially suspected as an oil spill but assessed as likely organic material or an algal bloom (NOAA, 2026-07-23)
DetailCAUSAL: (1) On July 20, 2026, the Canadian Ice Service detected a sharply contrasted anomaly in Norton Sound using a radar satellite constellation and notified the US Coast Guard; the feature was about 7 km long. (2) The initial oil-spill interpretation changed after NOAA NESDIS scientists assessed characteristics consistent with natural phenomena such as organic material or algal blooms, with
79
incidentnews.noaa.gov
AnomalyMatch Hubble archive search
🤯 75/100

CAUSAL: (1) ESA astronomers applied the AnomalyMatch neural network to Hubble Legacy Archive cutouts and, after expert review, confirmed more than 1,3

WTF:
▾
NameAnomalyMatch Hubble archive search
Key MetricHubble archive: AI analyzed nearly 100 million image cutouts in 2.5 days and confirmed more than 1,300 cosmic anomalies, over 800 previously undocumented; NASA/ESA (2026-01-29)
DetailCAUSAL: (1) ESA astronomers applied the AnomalyMatch neural network to Hubble Legacy Archive cutouts and, after expert review, confirmed more than 1,300 unusual objects, including several dozen outside existing classification schemes. (2) The mechanism is automated pattern screening followed by human validation, replacing impractical full manual inspection of a 35-year archive with a systematic search. (3) This signals that the data deluge is changing how anomalies are found: rare objects can become a repeatable discovery class rather than isolated acts of human serendipity, while the reported objects still require scientific interpretation.
75
science.nasa.gov
Artifact InSPECtor
🤯 75/100

CAUSAL: (1) NASA says Euclid telescope data contains artifacts caused by glints from the telescope housing, cosmic rays, camera or electronics quirks,

WTF:
▾
NameArtifact InSPECtor
Key MetricAI artifact detection: Euclid data contains telescope and detector artifacts; citizen-science training begins now and Roman participation is planned for early 2027 (NASA, 2026-09-14)
DetailCAUSAL: (1) NASA says Euclid telescope data contains artifacts caused by glints from the telescope housing, cosmic rays, camera or electronics quirks, and other non-astronomical signals. (2) The Artifact InSPECtor project has volunteers label real Euclid data to improve AI instructions, with Nancy Grace Roman Space Telescope data planned for early 2027.
75
science.nasa.gov
Sentinel-6B ground-segment anomaly
🤯 75/100

CAUSAL: (1) NOAA's September 9 service alert records a ground-segment anomaly beginning September 5 at 05:22 UTC that delayed Sentinel-6B service prod

WTF:
▾
NameSentinel-6B ground-segment anomaly
Key MetricSatellite service: multiple S3B marine and atmospheric products delayed; 3 hours 35 minutes, recovered (NOAA OSPO and EUMETSAT, 2026-09-09)
DetailCAUSAL: (1) NOAA's September 9 service alert records a ground-segment anomaly beginning September 5 at 05:22 UTC that delayed Sentinel-6B service products, including SLSTR, OLCI, and radar altimeter marine and atmospheric products. (2) SLSTR products were delayed until 08:57 UTC and other listed products until 07:13 UTC; service resumed and delayed data was scheduled for recovery, while the
75
ospo.noaa.gov
Suomi NPP stored mission data integrity gap
🤯 75/100

CAUSAL: (1) NOAA reported that Suomi NPP stored mission data for revolution 77056 contained numerous gaps in data integrity, and an expected playback

WTF:
▾
NameSuomi NPP stored mission data integrity gap
Key MetricSatellite data anomaly: numerous integrity gaps in one JPSS NPP revolution; 1.5-hour delay, recovered (NOAA OSPO, 2026-09-10)
DetailCAUSAL: (1) NOAA reported that Suomi NPP stored mission data for revolution 77056 contained numerous gaps in data integrity, and an expected playback could not initially be performed because of an unknown issue. (2) Data was recovered on the next contact, but the ground system investigation shows that a spacecraft data stream can be received yet remain incomplete or unusable.
75
ospo.noaa.gov
AARO UAP whistleblower legal waiver
🤯 75/100

CAUSAL: (1) The Department of War issued a targeted legal waiver on September 14, 2026, creating a legally protected disclosure channel for current an

WTF:
▾
NameAARO UAP whistleblower legal waiver
Key MetricUAP transparency: legal waiver establishes protected disclosure channel for personnel to share UAP-related information with PURSUE without violating secrecy agreements; Department of War (2026-09-14)
DetailCAUSAL: (1) The Department of War issued a targeted legal waiver on September 14, 2026, creating a legally protected disclosure channel for current and former service members, civilian personnel, and contractors to provide UAP-related National Defense Information to PURSUE officials without violating secrecy agreements.
75
aaro.mil
Suomi NPP Stored Mission Data gap September 15, 2026
🤯 75/100

CAUSAL: (1) NOAA reported that Suomi NPP Stored Mission Data for revolution 77129 was not received due to a GO issue at 2123Z September 15, 2026. Data

WTF:
▾
NameSuomi NPP Stored Mission Data gap September 15, 2026
Key MetricSatellite data anomaly: Suomi NPP Stored Mission Data for REV 77129 not received due to GO issue; 2123Z September 15, 2026 (NOAA OSPO, 2026-09-15)
DetailCAUSAL: (1) NOAA reported that Suomi NPP Stored Mission Data for revolution 77129 was not received due to a GO issue at 2123Z September 15, 2026. Data will be replayed on the next contact. (2) The mechanism is a ground system issue preventing data reception despite the satellite passing over ground stations, making data unusable until recovery.
75
ospo.noaa.gov
Orphan supermassive black hole tidal disruption event
🤯 74/100

CAUSAL: (1) NASA's Swift Observatory and follow-up telescopes identified an ultrabright tidal disruption event in which a star was torn apart by a bla

WTF:
▾
NameOrphan supermassive black hole tidal disruption event
Key MetricOne-million-solar-mass black hole: star shredded more than 30,000 light-years from host galaxy center; first event of this kind found there (NASA Swift, 2026-07-28)
DetailCAUSAL: (1) NASA's Swift Observatory and follow-up telescopes identified an ultrabright tidal disruption event in which a star was torn apart by a black hole about one million times the Sun's mass, located more than 30,000 light-years from the center of its host galaxy.
74
science.nasa.gov
Pluto Sputnik Planitia transient liquid flow
🤯 74/100

CAUSAL: (1) A new analysis of New Horizons images found dark linear and diffuse features on Pluto's Sputnik Planitia that resemble terrestrial glacial

WTF:
▾
NamePluto Sputnik Planitia transient liquid flow
Key MetricSurface anomaly: dark features may be intermittently wetted by liquid nitrogen rising through glacier cracks; first evidence of recently flowing liquid on Pluto (NASA Science, 2026-08-05)
DetailCAUSAL: (1) A new analysis of New Horizons images found dark linear and diffuse features on Pluto's Sputnik Planitia that resemble terrestrial glacial surfaces wetted by liquid; Pluto's atmospheric and thermal conditions make liquid nitrogen rain physically impossible.
74
science.nasa.gov
Suomi NPP ATMS and CrIS July outage
🤯 74/100

CAUSAL: (1) NASA Earthdata reports that Suomi NPP entered a non-nominal state at about 14:50 UTC on July 10, making all science data unavailable and i

WTF:
▾
NameSuomi NPP ATMS and CrIS July outage
Key MetricSatellite data outage: all science data unavailable after the July 10 non-nominal state; instruments remained safe, data resumed July 16 and operational approval returned July 20 (NASA Earthdata, 2026-07-20)
DetailCAUSAL: (1) NASA Earthdata reports that Suomi NPP entered a non-nominal state at about 14:50 UTC on July 10, making all science data unavailable and initially considered unrecoverable, although all instruments remained safe. (2) The satellite returned online on July 16, data reception resumed, and calibration and validation teams assessed data quality before all ATMS and VIIRS science products
74
earthdata.nasa.gov
Suomi NPP VIIRS data anomaly
🤯 73/100

CAUSAL: (1) NASA Earthdata reports an anomaly on the Suomi NPP satellite platform at 01:45 UTC on June 1, 2026, making standard and near-real-time VII

WTF:
▾
NameSuomi NPP VIIRS data anomaly
Key MetricSatellite data outage: standard and near-real-time VIIRS products held after 2026-06-01 anomaly; quality-approved data resumed 2026-06-10 (NASA Earthdata, 2026-06-01)
DetailCAUSAL: (1) NASA Earthdata reports an anomaly on the Suomi NPP satellite platform at 01:45 UTC on June 1, 2026, making standard and near-real-time VIIRS data unavailable; science data reception resumed June 2, but processing remained on hold while the calibration team produced new lookup tables.
73
earthdata.nasa.gov
PURSUE UAP File Declassification
🤯 72/100

CAUSAL: (1) The Department of War, working with ODNI, NASA, the FBI and DOE, published the first release of never-before-seen Unidentified Anomalous P

WTF:
▾
NamePURSUE UAP File Declassification
Key MetricUAP records: 162 files released (Release 1 of an ongoing series); unresolved, unanalyzed (DoW, 2026-05-08)
DetailCAUSAL: (1) The Department of War, working with ODNI, NASA, the FBI and DOE, published the first release of never-before-seen Unidentified Anomalous Phenomena files under the new Presidential Unsealing and Reporting System for UAP Encounters (PURSUE), following a presidential directive for maximum declassification. (2) The mechanism is a rolling, whole-of-government declassification effort spanning tens of millions of records; officials stressed the files were reviewed for security but 'many of the materials have not yet been analyzed for resolution of any anomalies, ' meaning release does not equal explanation. (3) This is an officially documented, unprecedented transparency action rather than a resolved anomaly; it signals institutional engagement with UAP records is intensifying, but per the department's own framing, the underlying phenomena remain scientifically unresolved.
72
defense.gov
Aura MLS near-real-time outage
🤯 72/100

CAUSAL: (1) NASA reports that an Aura satellite anomaly made all MLS near-real-time data unavailable beginning at 05:07:53 UTC on May 7, affecting car

WTF:
▾
NameAura MLS near-real-time outage
Key MetricAura Microwave Limb Sounder: an anomaly halted all near-real-time processing from May 7; L2 NRT data returned May 11; NASA Earthdata (2026-05-11)
DetailCAUSAL: (1) NASA reports that an Aura satellite anomaly made all MLS near-real-time data unavailable beginning at 05:07:53 UTC on May 7, affecting carbon monoxide, ozone, water vapor, temperature, and other products. (2) The mechanism was operational recovery rather than a scientific reinterpretation: processing resumed after the anomaly, with all L2 NRT data available from 21:10 UTC on May 11. (3) This shows how a single spacecraft anomaly can interrupt multiple atmospheric data streams simultaneously, creating a measurable but recoverable gap in the observation system.
72
earthdata.nasa.gov
AARO UAP archive provenance gap
🤯 72/100

CAUSAL: (1) On March 6, 2026, eight House members requested access to 51 potentially UAP-related records; AARO says responsive materials on a classifi

WTF:
▾
NameAARO UAP archive provenance gap
Key MetricUAP records: 51 requested records, many responsive materials lacked substantiated chain of custody; six AC-130J clips were secondary screen captures (AARO, 2026-05-22)
DetailCAUSAL: (1) On March 6, 2026, eight House members requested access to 51 potentially UAP-related records; AARO says responsive materials on a classified network often lacked substantiated chain of custody. (2) The released examples include six contemporaneous AC-130J infrared clips labeled cold orbs, but they were filmed from a sensor display by a cellular device, not native sensor data, and AARO
72
aaro.mil
AIRS/Aqua DC-Restore anomaly
🤯 70/100

CAUSAL: (1) A circuit that applies an analog offset to the infrared detector failed to maintain signals inside the analog-to-digital range, saturating

WTF:
▾
NameAIRS/Aqua DC-Restore anomaly
Key MetricAqua AIRS: 1,413 of 2,378 spectral channels saturated during the Jan. 19-28 anomaly; L2/L3 V7 processing has a permanent gap; NASA Earthdata (2026-01-19)
DetailCAUSAL: (1) A circuit that applies an analog offset to the infrared detector failed to maintain signals inside the analog-to-digital range, saturating 1,413 channels. (2) Resetting the DC-Restore on Jan. 28 returned standard AIRS science products to nominal quality, although NASA says the anomaly coincided with a signed 32-bit seconds-since-epoch counter rollover whose responsible subsystem was not identified. (3) This implies a low-level timing or electronics fault can create a durable observational blind spot, making quality flags and user screening part of the scientific record rather than an optional cleanup step.
70
earthdata.nasa.gov
14.2Black Swan Watch1 live
378

Current high impact signals include 6,778 confirmed cases and 3,269 deaths in a cross-border Ebola outbreak, an Anak Krakatau eruption that disrupted nearly 3,000 flights, and solar storms for which observations show no upper limit on geomagnetic effects.

Now
1mo
3mo
6mo
1yr
3yr
34.5%
41.5%
48.5%
55.5%
62.5%
69.5%
v2
Anak Krakatau erup
31.5%
38.5%
45.5%
52.5%
59.5%
66.5%
Unbounded geomagne
31.2%
38.2%
45.2%
52.2%
59.2%
66.2%
High Medium Low
14.3Reality Glitches & Mandela Effects
270

Documenting mass-shared false memories, timeline discrepancies, and phenomena that defy conventional explanation.

Remembered vs Actual — Mass Memory Discrepancies
Remembered
Berenstein Bears
Actual
Berenstain Bears
94% affected
Remembered
Monopoly man had monocle
Actual
No monocle ever
88% affected
Remembered
"Luke, I am your father"
Actual
"No, I am your father"
82% affected
Remembered
Jiffy peanut butter
Actual
Jif peanut butter
79% affected
Drosophila context-dependent false memory
▾
NameDrosophila context-dependent false memory
Key MetricFalse-memory mechanism: unpaired odor became an aversive memory after two or three reminder exposures; new circuit result (Nature Neuroscience, 2026-07-30)
DetailCAUSAL: (1) In trained Drosophila, re-exposure to an odor that had been present without shock caused later avoidance of that odor, even though it was never paired with punishment. (2) The effect required the original training context and punishment-signaling PPL1-alpha3/alpha-prime3 dopamine neurons; changing texture blocked it.
71
nature.com
Deese-Roediger-McDermott shared false-memory effect
▾
NameDeese-Roediger-McDermott shared false-memory effect
Key MetricFalse-memory mechanism: people confidently recall a related word that was never presented; robust paradigm reviewed across three decades (Nature Reviews Psychology, 2026-04-13)
DetailCAUSAL: (1) In the DRM task, people study an associative list such as bed, rest, tired and pillow, then often recall the related critical lure sleep even though it was absent. (2) The mechanism is semantic association: memory preserves event meaning more efficiently than exact details, producing a systematic belief-record divergence rather than a random anecdote.
68
nature.com
14.4Cryptozoology & Undiscovered Species
275

Deep sea exploration reveals 2,000+ new species annually. eDNA techniques revolutionize species detection. Cave systems yield living fossils.

🥇
🥈
14.5Ancient Mysteries & Lost Civilizations
162

Göbekli Tepe rewrites human history timeline. LiDAR reveals hidden cities. Underwater structures challenge conventional archaeology.

1
GaJi10 Footprint Trackway, Lake Turkana, Kenya

A Smithsonian-led team analyzing a 1.43-million-year-old fossil trackway at Kenya's Lake Turkana, first found in 1978 and re-excavated in 2016 and 2023, determined the 21 footprints were made by…

100%
▾
MetricGaJi10 Footprint Trackway, Lake Turkana, Kenya
ValueParanthropus boisei: 21 footprints from 8 individuals; revises body-size and social-structure estimates (Smithsonian/PNAS, 2026-07-27)
DetailCAUSAL: (1) A Smithsonian-led team analyzing a 1.43-million-year-old fossil trackway at Kenya's Lake Turkana, first found in 1978 and re-excavated in 2016 and 2023, determined the 21 footprints were made by eight Paranthropus boisei individuals; mostly adult males, with no females or children; sized up to 6 feet and 165 pounds, far larger than previously assumed for the species. (2) The mechanism is that footprints capture an instant of behavior (gait, grouping, body mass) that skeletal fragments cannot, letting researchers directly infer that similarly-sized Homo erectus and P. boisei coexisted at the same site for hundreds of thousands of years and that P. boisei sometimes traveled in single-sex groups. (3) This finding, published in PNAS, rewrites assumptions about a specific extinct hominin's size and social behavior using direct physical trace evidence rather than inference from bone fragments, exemplifying how new excavation techniques at known sites can overturn settled interpretations of the human-evolution record.
62
si.edu
14.6Extreme Human Capabilities
173

Savant abilities, extreme longevity outliers, and consciousness edge cases challenge our understanding of human potential.

Human Capability Distribution — Extreme Outliers
-2σ-1σ0σ1σ2σ3σ4σ5σ6σJeanne Calment: 122 years old (4.8σ)👴JeanneWim Hof: Immune modulation (4.2σ)🧊WimKim Peek: Savant — 12k books (5.1σ)🧠KimFree Dive 332m: Herbert Nitsch (4.5σ)🤿FreeTibetan EPAS1: Altitude adaptation (3.8σ)🏔️Tibetan← Normal range →Extreme tail
Human collective emotion-recognition outlier
▾
MetricHuman collective emotion-recognition outlier
ValueCollective accuracy: human crowds 99.92% vs GPT-5 mini 94.11% on RMET; an 80% human/20% AI hybrid reached 99.93% (Scientific Reports, 2026-03-24)
DetailCAUSAL: (1) A study using 17,680 human RMET participants, 9,295 MRMET participants, and 100 GPT-5 mini runs found that plurality-voting human crowds scaled toward near-ceiling accuracy, while repeated samples from the model had highly correlated errors and plateaued at 94.11% on RMET.
73
nature.com
14.7Technology Singularity Indicators
173

Tracking convergence metrics across AI, biotech, nanotech, and computing. Acceleration curves steepening in multiple domains.

No charted series yet

The rows below do not yet carry a year and a figure that can be plotted together.

Multi-agent coordination scaling law
▾
MetricMulti-agent coordination scaling law
Value260 configurations across 6 agentic benchmarks: architecture effects ranged from +80.8% on decomposable financial reasoning to −70.0% on sequential planning (arXiv, 2026-04-08)
DetailCAUSAL: (1) Researchers standardized tools, prompts and compute across single-agent and four multi-agent architectures, then evaluated 260 configurations from three LLM families on six benchmarks. (2) The measured trajectory is non-monotonic: coordination gives diminishing returns above a single-agent baseline, tool-heavy tasks incur overhead, and architectures without centralized verification
73
arxiv.org
14.8Conspiracy Theory Tracker
175

Tracking major conspiracy theories by evidence status. Separating debunked from unresolved. Measuring influence on policy and behavior.

Evidence × Influence Matrix
DebunkedUnresolvedInfluence OpsConfirmedEvidence →Influence →Flat Earth: Evidence 2%, Influence 35%Flat Earth5G-COVID: Evidence 3%, Influence 55%5G-COVIDMoon Landing: Evidence 4%, Influence 28%Moon LandingCOVID Lab Leak: Evidence 62%, Influence 78%COVID Lab…NSA Surveillance: Evidence 95%, Influence 72%NSA Surveill…MKUltra: Evidence 98%, Influence 45%MKUltraQAnon: Evidence 8%, Influence 82%QAnonAI Deepfakes: Evidence 90%, Influence 88%AI DeepfakesChemtrails: Evidence 5%, Influence 42%ChemtrailsGulf of Tonkin: Evidence 96%, Influence 38%Gulf of…
Debunked
Unresolved
Influence Ops
Confirmed
9/11 intelligence forewarning gap
▾
Risk9/11 intelligence forewarning gap
Severityhigh: 71 declassified CIA President's Daily Brief products document years of warnings about al-Qaida and Usama Bin Ladin, but do not establish prior operational knowledge (CIA, 2026-09-11)
Trendnew
DetailCAUSAL: (1) On 2026-09-11 the CIA released 71 previously classified President's Daily Brief products, including records describing attack plotting, threats to the United States, and Bin Ladin's determination to strike in the US; the agency says the collection contains more than 100 pages of analysis.
75
cia.gov
14.9Fringe Science Breakthroughs
476

Recent astrophysical finds are enlarging the set of hard-to-classify objects: Chandra identified 84 hypersoft X-ray sources across six galaxies, while Webb found a carbon-rich pulsar planet whose composition rules out every known formation mechanism.

Credibility vs Evidence — Fringe Science Claims
252550507575100100credibility = evidenceSpeculativeConfirmedLK-99: Evidence 12%, Credibility 8% — Debunked 2023LK-99LENR (MIT): Evidence 42%, Credibility 35% — Excess heat 3 labsLENR (MIT)EM Drive: Evidence 22%, Credibility 18% — Thermal artifact?EM DriveMach Effect: Evidence 30%, Credibility 28% — Marginal signalMach…Casimir Effect: Evidence 95%, Credibility 92% — ConfirmedCasimir…High-P Supercond.: Evidence 88%, Credibility 85% — 288K at 267 GPaHigh-P…ZPE Extraction: Evidence 8%, Credibility 5% — Theoretical onlyZPE Extrac…DARPA Tau Zero: Evidence 20%, Credibility 45% — ClassifiedDARPA Tau…Evidence →Credibility →
Confirmed
Unresolved
Debunked
Speculative
Classified
Hypersoft X-ray sources
▾
MetricHypersoft X-ray sources
ValueNew class: 84 sources across six galaxies; unusually low-energy X-rays plus intense ultraviolet emission; physical identity unresolved (NASA Chandra, 2026-09-11)
DetailCAUSAL: (1) Chandra archive searches found 84 objects in six galaxies that appear only in the lowest-energy X-ray images while producing strong ultraviolet radiation, a combination not previously seen as a class. (2) The mechanism is a previously hidden observational population: low-energy X-rays are difficult to detect and the ultraviolet is absorbed by interstellar hydrogen and helium
75
science.nasa.gov
PSR J2322-2650b carbon-rich pulsar exoplanet
▾
MetricPSR J2322-2650b carbon-rich pulsar exoplanet
ValueAtmosphere: helium and molecular carbon dominate; 7.8-hour orbit at 1 million miles; formation mechanism unresolved (NASA Webb, 2026-03-18)
DetailCAUSAL: (1) Webb spectroscopy found a Jupiter-mass object orbiting a millisecond pulsar with an atmosphere dominated by helium and molecular carbon, unlike any of roughly 150 previously studied planets with detectable molecular carbon. (2) The object circles its pulsar every 7.8 hours at about 1 million miles, and the source says the observed composition rules out every known formation mechanism
76
science.nasa.gov
Chandra X-ray dot 3DHST-AEGIS-12014
▾
MetricChandra X-ray dot 3DHST-AEGIS-12014
ValueEarly-universe black hole transition candidate: 1 object at 11.8 billion light-years; status unresolved (NASA Chandra, 2026-05-06)
DetailCAUSAL: (1) Chandra found 3DHST-AEGIS-12014 by comparing its X-ray survey with Webb observations; it is a small red object like the little red dot population but uniquely emits X-rays. (2) The mechanism may be a partially unshrouded black hole star, with gas gaps exposing X-rays as the surrounding cloud is consumed; an alternative is an ordinary growing supermassive black hole hidden by unusual
77
science.nasa.gov
Webb serendipitous main-belt asteroid candidate
▾
MetricWebb serendipitous main-belt asteroid candidate
ValueCalibration-data interloper: 100 to 200 meters; possibly Webb's smallest observed asteroid, confirmation pending (NASA Webb, 2026-05-22)
DetailCAUSAL: (1) An international team found a small object in James Webb Space Telescope MIRI calibration images that were not designed to search for asteroids; the object appears to be in the inner main belt more than 100 million kilometers away.
77
science.nasa.gov
14.10Extinction-Level Event Preparedness
277

Tracking global preparedness for civilization-ending scenarios. Seed vaults, bunker networks, continuity of government plans.

Preparedness Index
34/100 CRITICAL
Svalbard Seed Vault
1.3M
seed samples preserved · 130m above sea level
GitHub Arctic Vault
21TB
code preserved · Svalbard permafrost
🌱Seed Preservation
72Svalbard 1.3M samples
🏗️Shelter Capacity
45Switzerland 100%, US partial
🏛️COG Plans
5840+ nations with plans
📚Knowledge Backup
68GitHub Arctic + Moon
2026 PDC27 Planetary Defense Exercise
▾
Metric2026 PDC27 Planetary Defense Exercise
Value19% modeled impact probability; 80-85 m asteroid; estimated 18-32 Mt impact energy (NASA CNEOS, 2026-08-01)
DetailCAUSAL: (1) NASA/JPL’s 2027 Planetary Defense Conference exercise models hypothetical near-Earth asteroid 2026 PDC27 reaching a 19% Earth-impact probability for 10 July 2038 at its first August 1, 2026 scenario epoch; the modeled object is 80-85 meters across with likely 18-32 megatons of impact energy.
79
cneos.jpl.nasa.gov
NASA ASTRA autonomous science fleet
▾
MetricNASA ASTRA autonomous science fleet
Value3 robots: autonomous tasking, hazard checks, and risk versus science payoff decisions demonstrated in field test (NASA, 2026-09-15)
DetailCAUSAL: (1) NASA's ASTRA team field-tested three robots as an independent science team, with a lead drone selecting areas of interest and the fleet choosing which asset should investigate. (2) The system continually checked environmental hazards, weighed subjective science priorities against travel and risk, preserved its original objective, and paused to assign another robot when a new
75
science.nasa.gov
▸Verified Sources (168)

This topic's hunt pipeline cites only these 168 domains — no general web sources.

Government / Regulator

  • NASA — nasa.gov
  • NOAA — noaa.gov
  • U.S. Geological Survey — usgs.gov
  • U.S. CDC — cdc.gov
  • U.S. NIH — nih.gov
  • U.S. FDA — fda.gov
  • U.S. EPA — epa.gov
  • FAA — faa.gov
  • NTSB (incident investigation) — ntsb.gov
  • Director of National Intelligence (UAP) — dni.gov
  • U.S. Department of Defense — defense.gov
  • U.S. GAO — gao.gov
  • U.S. Congress — congress.gov
  • National Science Foundation — nsf.gov
  • All-domain Anomaly Resolution Office — aaro.mil
  • U.S. National Archives and Records Administration — archives.gov
  • Library of Congress — loc.gov
  • U.S. National Park Service — nps.gov
  • U.S. Central Intelligence Agency — cia.gov
  • U.S. Federal Bureau of Investigation — fbi.gov
  • U.S. Naval Observatory — usno.navy.mil
  • French National Centre for Space Studies — cnes.fr
  • Indian Space Research Organisation — isro.gov.in
  • Japan Aerospace Exploration Agency — jaxa.jp
  • UK Met Office — metoffice.gov.uk

International Organisation

  • World Health Organization — who.int
  • European Space Agency — esa.int
  • European Centre for Medium-Range Weather Forecasts — ecmwf.int
  • European Southern Observatory — eso.org
  • CERN — cern.ch

Research / Journal

  • Nature — nature.com
  • Science (AAAS) — science.org
  • PNAS — pnas.org
  • arXiv — arxiv.org
  • American Geophysical Union — agu.org
  • Royal Society Publishing — royalsocietypublishing.org

Primary Lab / Company

  • German Aerospace Center — dlr.de
  • NSF NOIRLab — noirlab.edu
  • National Radio Astronomy Observatory — nrao.edu
  • Netherlands Institute for Radio Astronomy — astron.nl
  • LIGO Laboratory — ligo.caltech.edu
  • SETI Institute — seti.org

Statistical / Data Agency

  • International Astronomical Union Minor Planet Center — minorplanetcenter.net
  • Australian Bureau of Meteorology — bom.gov.au
  • British Geological Survey — bgs.ac.uk
  • Global Biodiversity Information Facility — gbif.org
  • Ocean Biodiversity Information System — obis.org

Non-Profit / Archive

  • Smithsonian Institution — si.edu
  • American Museum of Natural History — amnh.org
  • Natural History Museum, London — nhm.ac.uk

Applies to all topics (118)

  • United Nations — un.org
  • World Bank — worldbank.org
  • IMF — imf.org
  • OECD — oecd.org
  • European Commission — ec.europa.eu
  • U.S. National Academies — nationalacademies.org
  • UNESCO — unesco.org
  • UN Environment Programme — unep.org
  • UN Development Programme — undp.org
  • International Telecommunication Union — itu.int
  • World Intellectual Property Organization — wipo.int
  • World Meteorological Organization — wmo.int
  • International Atomic Energy Agency — iaea.org
  • International Civil Aviation Organization — icao.int
  • International Maritime Organization — imo.org
  • UN Food and Agriculture Organization — fao.org
  • International Labour Organization — ilo.org
  • UNCTAD — unctad.org
  • UN Human Rights Office — ohchr.org
  • UN Refugee Agency — unhcr.org
  • International Organization for Migration — iom.int
  • UN Office on Drugs and Crime — unodc.org
  • UNICEF — unicef.org
  • World Food Programme — wfp.org
  • World Trade Organization — wto.org
  • Bank for International Settlements — bis.org
  • Financial Action Task Force — fatf-gafi.org
  • IPCC — ipcc.ch
  • International Renewable Energy Agency — irena.org
  • International Energy Agency — iea.org
  • African Union — au.int
  • ASEAN — asean.org
  • Organization of American States — oas.org
  • CARICOM — caricom.org
  • Pacific Islands Forum — forumsec.org
  • African Development Bank — afdb.org
  • Asian Development Bank — adb.org
  • Inter-American Development Bank — iadb.org
  • Asian Infrastructure Investment Bank — aiib.org
  • EBRD — ebrd.com
  • Council of Europe — coe.int
  • OSCE — osce.org
  • South Africa Government — gov.za
  • Statistics South Africa — statssa.gov.za
  • South African Reserve Bank — resbank.co.za
  • Central Bank of Nigeria — cbn.gov.ng
  • Kenya National Bureau of Statistics — knbs.or.ke
  • Central Bank of Kenya — centralbank.go.ke
  • Bank of Ghana — bog.gov.gh
  • Central Bank of Egypt — cbe.org.eg
  • Bank Al-Maghrib (Morocco) — bkam.ma
  • Rwanda National Institute of Statistics — statistics.gov.rw
  • Government of China — gov.cn
  • China National Bureau of Statistics — stats.gov.cn
  • People's Bank of China — pbc.gov.cn
  • Japan Ministry of Foreign Affairs — mofa.go.jp
  • Statistics Bureau of Japan — stat.go.jp
  • Bank of Japan — boj.or.jp
  • Government of South Korea — korea.kr
  • Bank of Korea — bok.or.kr
  • Statistics Korea — kostat.go.kr
  • Government of India — india.gov.in
  • Reserve Bank of India — rbi.org.in
  • India Ministry of Statistics — mospi.gov.in
  • Press Information Bureau of India — pib.gov.in
  • Government of Singapore — gov.sg
  • Monetary Authority of Singapore — mas.gov.sg
  • Singapore Department of Statistics — singstat.gov.sg
  • Bank Negara Malaysia — bnm.gov.my
  • Malaysia Department of Statistics — dosm.gov.my
  • Bank Indonesia — bi.go.id
  • Statistics Indonesia — bps.go.id
  • Bank of Thailand — bot.or.th
  • State Bank of Vietnam — sbv.gov.vn
  • State Bank of Pakistan — sbp.org.pk
  • Pakistan Bureau of Statistics — pbs.gov.pk
  • Bangladesh Bank — bb.org.bd
  • Central Bank of Sri Lanka — cbsl.gov.lk
  • Nepal Rastra Bank — nrb.org.np
  • Saudi Central Bank — sama.gov.sa
  • Saudi General Authority for Statistics — stats.gov.sa
  • United Arab Emirates Government — u.ae
  • Central Bank of the UAE — centralbank.ae
  • Qatar Central Bank — qcb.gov.qa
  • Bank of Israel — boi.org.il
  • Israel Central Bureau of Statistics — cbs.gov.il
  • Central Bank of Turkey — tcmb.gov.tr
  • Turkish Statistical Institute — tuik.gov.tr
  • Government of Brazil — gov.br
  • IBGE (Brazil statistics) — ibge.gov.br
  • Central Bank of Brazil — bcb.gov.br
  • Government of Mexico — gob.mx
  • INEGI (Mexico statistics) — inegi.org.mx
  • Bank of Mexico — banxico.org.mx
  • Government of Argentina — argentina.gob.ar
  • INDEC (Argentina statistics) — indec.gob.ar
  • Central Bank of Argentina — bcra.gob.ar
  • Central Bank of Chile — bcentral.cl
  • Chile National Statistics Institute — ine.cl
  • DANE (Colombia statistics) — dane.gov.co
  • Bank of the Republic (Colombia) — banrep.gov.co
  • Central Reserve Bank of Peru — bcrp.gob.pe
  • INEI (Peru statistics) — inei.gob.pe
  • Australian Bureau of Statistics — abs.gov.au
  • Reserve Bank of Australia — rba.gov.au
  • Government of New Zealand — govt.nz
  • Stats NZ — stats.govt.nz
  • Reserve Bank of New Zealand — rbnz.govt.nz
  • Government of the United Kingdom — gov.uk
  • UK Office for National Statistics — ons.gov.uk
  • Bank of England — bankofengland.co.uk
  • Swiss Federal Administration — admin.ch
  • Swiss National Bank — snb.ch
  • Statistics Norway — ssb.no
  • Statistics Sweden — scb.se
  • Government of Canada — canada.ca
  • Statistics Canada — statcan.gc.ca
  • Bank of Canada — bankofcanada.ca