The last known thylacine, also called the Tasmanian tiger, died at Australia’s Hobart Zoo in 1936. Now, a team of scientists believe they can resurrect the extinct species within 10 years, using stem cells and gene editing technology.
Category: existential risks
Is de-extinction realistic?
Scientists in the US and Australia have announced a multi-million dollar project — resurrecting the extinct Tasmanian tiger. The last known marsupial officially called a thylacine, died in the 1930s. According to the team, the extinct thylacine can be recreated using stem cells and gene-editing technology, and the first one could be “reintroduced” to the wild within 10 years.
We would strongly advocate that first and foremost we need to protect our biodiversity from further extinctions, but unfortunately we are not seeing a slowing down in species loss.
TIGGR Lab.
We might all starve.
Researchers from Rutgers University calculated the possible effects of nuclear wars. The result shows that a nuclear war between countries such as Russia and USA could kill billions and cause starvation within two years.
It also demonstrates that large deficits would arise in imports due to the depletion of crops.
Every human being is afraid of nuclear war beyond any doubt. Researchers went into overdrive to see what would happen when a nuclear war broke out, dangerous enough to bring the end of humanity as well as all life on Earth.
Experts behind the project claim the technology for “de-extinction” already exists, but others are sceptical.
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KEYWORDS:
Scienc, Technology, Philosophy, Futurism, Simulation, Simulationism, Ockham’s Razor, Argument, Hypothesis, Anthropic Principle, Holographic Principle, Holographic Universe theory, Brain in a Vat, Brain in a Jar, Matrix, Inception, Hologram, Artificial Intelligence, Vocaloid Hologram, Reality, Ontology, Epistemology, Elon Musk, Solipsism, Illusion, Renee Descartes, George Berkeley, Materialism, Idealism, Solipsism, Cogito Ergo Sum, Esse es Percepi, Gilbert Harman, Hillary Putnam, Robert Nozick, The Experience Machine, Multiverse, Omniverse, Black Hole Hologram, Event Horizon, Singularity, Moore’s Law, Black Dual Linear Error Correcting Code, Jim James Sylvester Gates, Neil DeGrasse Tyson, Plato’s Cave, Quantum Mechanics, Schrondinger’s Cat, Observer Effect, Double-Slit Experiment, Heisenberg Uncertainty Principle, Artificial Intelligence, Quantum Superdeterminism, Free Will, Albert Einstein, Stephen Hawking, Quantum Gravity Research, Eugene Vignor, Consciousness, Fermi Paradox, SETI (search for extraterrestrial intelligence), Drake Equation, Alpha Centauri, Wave Function Collapse, Video Games, VR, Virtual Reality, God, Theology, Fine-Tuning Argument, Teleological Argument, Simulationism, Mormonism, LDS, Heavenly Father, Glitch, Dyson Sphere.
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We often wonder where all the aliens are out in the galaxy, but could it be that the technologies needed to get to space and travel the stars lead to inevitable catastrophe?
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I heard they changed it to 80085.
By Wes O’Donnell Managing Editor, InMilitary.com and InCyberDefense.com. U.S. Army and U.S. Air Force Veteran. Speaker and Veteran Advocate.
Some say that truth is often stranger than fiction. According to a 2004 memo by Dr. Bruce Blair, a former Minuteman missile launch control officer, the U.S. Strategic Air Command (SAC) once intentionally set the launch codes at all Minuteman nuclear missile silos in the U.S. to a series of eight zeroes.
SAC’s goal was to minimize the time it would take to launch a retaliatory nuclear missile strike against the Soviet Union in the event of World War III breaking out. After all, forcing young Air Force officers to dial in launch codes of eight random numbers would just waste good nukin’ time.
Alien communication could utilize quantum physics, so SETI needs a new way to listen.
The Fermi paradox, the “where is everybody?” puzzle, is a persistent question in the search for life in the universe. It asks why, if life is not exceedingly rare in the cosmos, it hasn’t shown up on our doorstep. Equally we might ask why we haven’t even heard from alien life, through radio signals or any other means. A part of the answer could be that our present work on the search for extraterrestrial intelligence is actually very limited. Estimates show that we’ve only examined the equivalent of a hot tub of water compared to all the world’s oceans in our combing through the electromagnetic information that rolls in from the cosmos.1
If you’re a glass-half-full kind of person you’ll see this as an opportunity, but the problem is that we don’t actually know what might be filling the glass in the first place. The vast majority of SETI studies look for structure in electromagnetic radiation, whether in amplitude or frequency modulations of radio waves, or regularity in pulses of light, or in multi-wavelength correlations. In other words, we assume that information might be sailing past us in representations built using classical physics. But what if that’s just wrong?
In recent years a small cadre of physicists and astrophysicists have examined the possibilities for communication across the universe that uses the quantum properties of matter and radiation.2 Here on Earth quantum mechanics is perhaps the greatest triumph and the greatest headache of 20th-century physics. As theories go it has repeatedly validated itself through some of the most exquisite measurements we’ve ever made about the world, yet it remains profoundly challenging because of its counterintuitive rules and contentious interpretations. Even the “simple stuff” is hard, including the basic mathematical tools needed to describe how matter and radiation futz around in weird states of uncertain superposition (think Schrödinger’s cat) or mind-bending entanglement, where properties are linked across space and time, yet never definite until interactions occur.
The biggest geomagnetic storm in recorded history happened more than 150 years ago. Now, we’re entering yet another period of solar maximum.
It was just another September night in 1,859 when Richard Carrington and Richard Hodgson witnessed a remarkable event. The British astronomers weren’t together, but both happened to be peering at the Sun through telescopes at the precise moment that a massive ejection spewed from the fiery star. Within a few days, others on Earth noticed colorful aurora streaking across the skies and telegraph lines — the advanced technology of the day in Europe and North America — erupting in sparks.
The solar flare came to be known as the Carrington Event, named after one of the two astronomers who first described it. Despite occurring more than 150 years ago, it still stands as the strongest known geomagnetic storm (though we lack measurements to say precisely how big it was).
Earth has felt the effects of a few significant geomagnetic storms since then, all of which caused power blackouts and satellite damage. As a result, power companies and satellite manufacturers have built resistance into our technology. But what would happen if another Carrington Event-level solar flare occurred today? Would we be ready for it?