The Next Impact Is Coming. This Time, We Can Be Ready.
Think our last space attack was 65,000,000 years ago from the "dinosaur-killer" asteroid?
Think again. Killer comets are more common than you've been taught. At CRG, our mission is to find evidence about comet impacts and raise awareness about them before your city is next.
Think our last space attack was 65,000,000 years ago from the "dinosaur-killer" asteroid?
Think again. Killer comets are more common than you've been taught. At CRG, our mission is to find evidence about comet impacts and raise awareness about them before your city is next.
What we're up against
What we're up against
It happened. It will happen again.
12,800 years ago, a fragmented comet detonated over Earth's northern hemisphere. The evidence is undeniable: a global burn layer, mass extinctions, and the near-erasure of human civilization. This wasn't millions of years ago. It was yesterday in cosmic time.
NASA tracks thousands of near-Earth objects with more discovered weekly. We don't know when the next impact will occur. We know it will. This time, we have a chance to prepare.
12,800 years ago, a fragmented comet detonated over Earth's northern hemisphere. The evidence is undeniable: a global burn layer, mass extinctions, and the near-erasure of human civilization. This wasn't millions of years ago. It was yesterday in cosmic time.
NASA tracks thousands of near-Earth objects with more discovered weekly. We don't know when the next impact will occur. We know it will. This time, we have a chance to prepare.
Younger Dryas Impact
Younger Dryas Impact
Taurid meteor stream encountered twice yearly
Taurid meteor stream encountered twice yearly
Statistically overdue for the next one
Statistically overdue for the next one
What we're up against
It happened. It will happen again.
12,800 years ago, a fragmented comet detonated over Earth's northern hemisphere. The evidence is undeniable: a global burn layer, mass extinctions, and the near-erasure of human civilization. This wasn't millions of years ago. It was yesterday in cosmic time.
NASA tracks thousands of near-Earth objects with more discovered weekly. We don't know when the next impact will occur. We know it will. This time, we have a chance to prepare.
Younger Dryas Impact
Younger Dryas Impact
Taurid meteor stream encountered twice yearly
Taurid meteor stream encountered twice yearly
Statistically overdue for the next one
Statistically overdue for the next one
Peer-reviewed research published globally
Peer-reviewed research published globally
Global research network across 6 continents
Global research network across 6 continents
Evidence-based, not speculation-driven
Evidence-based, not speculation-driven
Why the Comet Research Group exists
Why the Comet Research Group exists
Science that can't wait.
CRG exists for one reason: the cosmic threat to Earth is real, recurring, and ignored. Our research into the Younger Dryas impact event proved that civilization-ending impacts happen far more frequently than believed.
We formed because comfortable institutions move too slowly. Every year of delay is another year unprepared. We're the scientists who chose urgency over reputation because the evidence demands it.
CRG exists for one reason: the cosmic threat to Earth is real, recurring, and ignored. Our research into the Younger Dryas impact event proved that civilization-ending impacts happen far more frequently than believed.
We formed because comfortable institutions move too slowly. Every year of delay is another year unprepared. We're the scientists who chose urgency over reputation because the evidence demands it.
Peer-reviewed research published globally
Peer-reviewed research published globally
Global research network across 6 continents
Global research network across 6 continents
Evidence-based, not speculation-driven
Evidence-based, not speculation-driven
Why the Comet Research Group exists
Science that can't wait.
CRG exists for one reason: the cosmic threat to Earth is real, recurring, and ignored. Our research into the Younger Dryas impact event proved that civilization-ending impacts happen far more frequently than believed.
We formed because comfortable institutions move too slowly. Every year of delay is another year unprepared. We're the scientists who chose urgency over reputation because the evidence demands it.
Where your money goes
Where your money goes
Every dollar funds discovery.
We're scientists who volunteer our time because the evidence demands it. No salaries. No offices. Just urgent research that can't wait for traditional funding.
Your support pays only for what we can't donate ourselves: specialized drilling equipment for ice cores, ship charters for crater expeditions, and laboratory analysis of cosmic materials that reveal Earth's true impact history.
We're scientists who volunteer our time because the evidence demands it. No salaries. No offices. Just urgent research that can't wait for traditional funding.
Your support pays only for what we can't donate ourselves: specialized drilling equipment for ice cores, ship charters for crater expeditions, and laboratory analysis of cosmic materials that reveal Earth's true impact history.
100% to research equipment and expeditions
100% to research equipment and expeditions
Volunteer scientists, zero overhead
Volunteer scientists, zero overhead
Direct updates from the field
Direct updates from the field
Where your money goes
Every dollar funds discovery.
We're scientists who volunteer our time because the evidence demands it. No salaries. No offices. Just urgent research that can't wait for traditional funding.
Your support pays only for what we can't donate ourselves: specialized drilling equipment for ice cores, ship charters for crater expeditions, and laboratory analysis of cosmic materials that reveal Earth's true impact history.
100% to research equipment and expeditions
100% to research equipment and expeditions
Volunteer scientists, zero overhead
Volunteer scientists, zero overhead
Direct updates from the field
Direct updates from the field
Led by Scientists. Backed by Evidence. Free from Institutions.
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Scientists
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Scientists
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Universities
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Universities
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Universities
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Countries
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Countries
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Countries
The Comet Research Group is a team of scientists, researchers, and explorers from over 55 universities across 16 countries. They’re geologists. Physicists. Astronomers. Chemists. And they’ve come together around a single mission: to investigate the truth about cosmic impacts—and to ensure humanity is ready for the next one.
CRG has published extensively in peer-reviewed journals. Their discoveries—nanodiamonds, melt layers, rare earth elements—have been debated, cited, and replicated.
They don’t answer to universities. They don’t chase government grants. They follow the data. Because when the stakes are this high, the science can’t afford to wait.
Support the Mission. Fund the Science.
Your donation fuels the research no one else is doing—field expeditions, impact analysis, and the data that could shift how we understand civilization itself. This work doesn’t wait.
Be part of it.
Your donation fuels the research no one else is doing—field expeditions, impact analysis, and the data that could shift how we understand civilization itself. This work doesn’t wait.
Be part of it.
Supporter Tier
Be part of funding science that matters.
$100
Supports lab analysis of Younger Dryas impact samples
Helps fund basic field gear and supply shipments
Offsets costs for transporting Greenland ice core materials
Gives you early access to research updates and findings
Shows you stand with science that institutions won’t fund
Supporter Tier
Be part of funding science that matters.
$100
Supports lab analysis of Younger Dryas impact samples
Helps fund basic field gear and supply shipments
Offsets costs for transporting Greenland ice core materials
Gives you early access to research updates and findings
Shows you stand with science that institutions won’t fund
Supporter Tier
Be part of funding science that matters.
$100
Supports lab analysis of Younger Dryas impact samples
Helps fund basic field gear and supply shipments
Offsets costs for transporting Greenland ice core materials
Gives you early access to research updates and findings
Shows you stand with science that institutions won’t fund
Most Popular
Explorer Tier
Back the next expedition. Move the mission forward.
$250
Helps cover expedition travel and transport costs
Funds specialized tools for crater mapping and scanning
Supports data processing and geochemical analysis
Includes access to behind-the-scenes video updates
Your name listed in CRG’s digital supporter log
Most Popular
Explorer Tier
Back the next expedition. Move the mission forward.
$250
Helps cover expedition travel and transport costs
Funds specialized tools for crater mapping and scanning
Supports data processing and geochemical analysis
Includes access to behind-the-scenes video updates
Your name listed in CRG’s digital supporter log
Most Popular
Explorer Tier
Back the next expedition. Move the mission forward.
$250
Helps cover expedition travel and transport costs
Funds specialized tools for crater mapping and scanning
Supports data processing and geochemical analysis
Includes access to behind-the-scenes video updates
Your name listed in CRG’s digital supporter log
Catalyst Tier
Accelerate the discoveries that could change history.
$1000
Funds high-resolution imaging and field instrumentation
Supports advanced lab testing (platinum, iridium, nanodiamonds)
Directly enables access to fragile evidence zones
Receive early research briefs before public release
Optional Q&A session or supporter roundtable with CRG scientists
Catalyst Tier
Accelerate the discoveries that could change history.
$1000
Funds high-resolution imaging and field instrumentation
Supports advanced lab testing (platinum, iridium, nanodiamonds)
Directly enables access to fragile evidence zones
Receive early research briefs before public release
Optional Q&A session or supporter roundtable with CRG scientists
Catalyst Tier
Accelerate the discoveries that could change history.
$1000
Funds high-resolution imaging and field instrumentation
Supports advanced lab testing (platinum, iridium, nanodiamonds)
Directly enables access to fragile evidence zones
Receive early research briefs before public release
Optional Q&A session or supporter roundtable with CRG scientists
Catalyst Tier
Accelerate the discoveries that could change history.
$1000
Funds high-resolution imaging and field instrumentation
Supports advanced lab testing (platinum, iridium, nanodiamonds)
Directly enables access to fragile evidence zones
Receive early research briefs before public release
Optional Q&A session or supporter roundtable with CRG scientists
any amount
Give what you can. Every dollar moves the science forward.
all helps
Your contribution helps fill critical funding gaps
Supports active fieldwork, research, and analysis
Enables CRG to respond quickly to new discoveries
Join a global movement backing real, independent science
All donors receive progress updates and expedition insights
any amount
Give what you can. Every dollar moves the science forward.
all helps
Your contribution helps fill critical funding gaps
Supports active fieldwork, research, and analysis
Enables CRG to respond quickly to new discoveries
Join a global movement backing real, independent science
All donors receive progress updates and expedition insights
any amount
Give what you can. Every dollar moves the science forward.
all helps
Your contribution helps fill critical funding gaps
Supports active fieldwork, research, and analysis
Enables CRG to respond quickly to new discoveries
Join a global movement backing real, independent science
All donors receive progress updates and expedition insights
What Happens Next
And Why It Matters
Right now, the Comet Research Group is preparing for two of its most ambitious missions to date:
Right now, the Comet Research Group is preparing for two of its most ambitious missions to date:
Right now, the Comet Research Group is preparing for two of its most ambitious missions to date:
Right now, the Comet Research Group is preparing for two of its most ambitious missions to date:
The Greenland Ice Core Expedition
12,800-year-old ice holds clues to one of the most mysterious cataclysms in human history. CRG’s team is returning to a remote site in Greenland to collect deep ice samples—searching for cosmic markers like nanodiamonds, iridium, and platinum that could confirm the scale of the Younger Dryas impact. The timing is critical. The window to access this ice is narrow—and once it's gone, it's gone.
The Greenland Ice Core Expedition
12,800-year-old ice holds clues to one of the most mysterious cataclysms in human history. CRG’s team is returning to a remote site in Greenland to collect deep ice samples—searching for cosmic markers like nanodiamonds, iridium, and platinum that could confirm the scale of the Younger Dryas impact. The timing is critical. The window to access this ice is narrow—and once it's gone, it's gone.
The Greenland Ice Core Expedition
12,800-year-old ice holds clues to one of the most mysterious cataclysms in human history. CRG’s team is returning to a remote site in Greenland to collect deep ice samples—searching for cosmic markers like nanodiamonds, iridium, and platinum that could confirm the scale of the Younger Dryas impact. The timing is critical. The window to access this ice is narrow—and once it's gone, it's gone.
The Greenland Ice Core Expedition
12,800-year-old ice holds clues to one of the most mysterious cataclysms in human history. CRG’s team is returning to a remote site in Greenland to collect deep ice samples—searching for cosmic markers like nanodiamonds, iridium, and platinum that could confirm the scale of the Younger Dryas impact. The timing is critical. The window to access this ice is narrow—and once it's gone, it's gone.
The Sunken Crater Project
In the Gulf of St. Lawrence, just south of Quebec, lies a newly discovered offshore crater—one that may be linked to the same impact event. This summer, CRG plans to launch an expedition to scan, map, and core the site—searching for signs that this wasn’t just a geological fluke, but a piece of a much larger cosmic puzzle.
The Sunken Crater Project
In the Gulf of St. Lawrence, just south of Quebec, lies a newly discovered offshore crater—one that may be linked to the same impact event. This summer, CRG plans to launch an expedition to scan, map, and core the site—searching for signs that this wasn’t just a geological fluke, but a piece of a much larger cosmic puzzle.
The Sunken Crater Project
In the Gulf of St. Lawrence, just south of Quebec, lies a newly discovered offshore crater—one that may be linked to the same impact event. This summer, CRG plans to launch an expedition to scan, map, and core the site—searching for signs that this wasn’t just a geological fluke, but a piece of a much larger cosmic puzzle.
The Sunken Crater Project
In the Gulf of St. Lawrence, just south of Quebec, lies a newly discovered offshore crater—one that may be linked to the same impact event. This summer, CRG plans to launch an expedition to scan, map, and core the site—searching for signs that this wasn’t just a geological fluke, but a piece of a much larger cosmic puzzle.