Giant Squids Might Be Even Bigger Than We Realized

Giant Squids Might Be Even Bigger Than We Realized
Giant Squids Might Be Even Bigger Than We Realized
Giant Squids Might Be Even Bigger Than We Realized
Giant Squids Might Be Even Bigger Than We Realized
Giant Squids Might Be Even Bigger Than We Realized
Giant Squids Might Be Even Bigger Than We Realized

Giant squids might be even bigger than we realized

According to research from Charles Paxton, fisheries ecologist and statistician at Scotland’s University of St. Andrews, published in the Journal of Zoology this month, the giant squid could grow to reach as much as 65 feet. But even that is a “conservative analysis,” as size could protect against their #1 predator.

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7 years ago
Your Body Is An Incredibly Bizarre Machine.
Your Body Is An Incredibly Bizarre Machine.

Your body is an incredibly bizarre machine.

“What you see is a myosin protein dragging an endorphin along a filament to the inner part of the brain’s parietal cortex which creates happiness. Happiness. You’re looking at happiness.”


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7 years ago

I would have aced biology if the teachers all taught the course like the narrator


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7 years ago
Cristobalite, Hematite

Cristobalite, Hematite

SiO2, Fe2O3

Locality:

Caspar quarry, Bellerberg volcano, Ettringen, Mayen, Eifel, Rhineland-Palatinate, Germany

An interesting homoepitactic intergrowth from brown and black hematite  

Photo: Michael Förch

Cristobalite is a silica polymorph that is thermodynamically stable only at temperatures above 1470°C, up to the melting point at 1705°C, at atmospheric pressures. It commonly metastably persists or even forms at much lower temperatures in silica-rich volcanic and sedimentary environments. It can form crystals in cavities, probably vapour-deposited, or spherulites in obsidian or other silicic volcanics.

Hematite is rather variable in its appearance - it can be in reddish brown, ocherous masses, dark silvery-grey scaled masses, silvery-grey to black crystals, and dark-grey masses, to name a few. What they all have in common is a rust-red streak.


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7 years ago

Nope.


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7 years ago

please drop some rad megalodon facts my sweet dude

Reaching lengths of up to 60 feet and an estimated maximum weight of over 60 tons (that’s 20x as heavy as todays Great White), the Megalodon is the largest known predator in Earth’s history. The only existing marine animal that’s larger is the blue whale, which can grow as big as 100 feet and weigh more than 150 tons.

While most adult Megalodon teeth fell into the 4-5” size range, a few massive, fossil teeth have been found in excess of 7”. The largest verifiable Megalodon tooth is a 7.48” tooth found near Ocucaje, Peru.

Contrary to popular belief, fossil evidence shows that the Megalodon is NOT in fact closely related to the Great White Shark.

Computer models estimate the Megalodon’s bite force between 24,000 to 40,000 pounds (10,900 to 18,100 kilograms), This is 6-10 times that of the Great White shark and modern crocodiles, This is also 2-3 times that of the estimated bite force of 12,800 pounds for T-Rex and the large Mosasaurs.

According to accounts dating back to the Renaissance, massive triangular teeth were often found buried in rocky mountains and were believed to be the fossilized tongues of dragons and snakes. It wasn’t until 1667 that they were recognized by Danish naturalist Nicolaus Steno as shark teeth.

Megalodon pups were born an estimated 2 to 4 meters in size (6.6.ft – 13.1ft) at birth.

There are three main theories on how Megalodon went extinct:

Oceanic Cooling: This first theory suggests that accelerated changes in global circulation caused by the closure of the Central American Seaway (along with possible other factors such as Pliocene climate) set the stage for the build of of glaciers in the northern hemisphere consequently creating Ice Ages which cooled the oceans substantially. The Megalodon preferred warmer water so this may have impacted their resulted and eventual demise.

Decline in Food Supply: By the end of the Miocene many species that the Megalodon relied on for sustenance became extinct. Also the closure of the Central American Seaway caused further extinctions as well as cause faunal redistribution. This resulted in decreased diversity and abundance of great whales suggesting that most surviving species headed towards polar regions.

New Competition: This last theory is one of the least popular. It suggests that the emergence of raptorial killer whales contributed to the demise of the Megalodon. Fossil records show that the ancient whales could survive the new cold climates thus outlasting the mega tooth sharks.

“Megalodon” originates from two Greek words — megas, signifying “big”, and odont, signifying “tooth”.

Before anyone gets too excited, we have a post here explaining how it’s not possible that Megalodon is still alive,


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7 years ago
Saturn Aurora, Taken By Nasa Hubble.

Saturn aurora, taken by Nasa Hubble.

js


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8 years ago
Women Scientists Made Up 25% Of The Pluto Fly-by New Horizon Team. Make Sure You Share This, Because
Women Scientists Made Up 25% Of The Pluto Fly-by New Horizon Team. Make Sure You Share This, Because
Women Scientists Made Up 25% Of The Pluto Fly-by New Horizon Team. Make Sure You Share This, Because

Women scientists made up 25% of the Pluto fly-by New Horizon team. Make sure you share this, because erasing women’s achievements in science and history is a tradition. Happens every day.

.

http://pluto.jhuapl.edu/News-Center/News-Article.php?page=20150712


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7 years ago
The Drake Equation
The Drake Equation

The Drake Equation

In 1961, following an early SETI experiment using radio telescopes called Project Ozma, astronomer Frank Drake arranged a historic meeting at the National Radio Astronomy Observatory in Green Bank, West Virginia. The ten attendees - among them a young Carl Sagan - discussed the feasibility and methodology of detecting extraterrestrial civilizations using radio astronomy. They formulated the Drake Equation - a rough, speculative means of estimating the possible number of current technologically-advanced civilizations in the galaxy. 

N = the number of advanced extraterrestrial civilizations potentially detectable by radio signals in the Milky Way Galaxy.   

Depending on the values used for each variable, N can work out to be hundreds of thousands or more, or very few. 

R* = Rate of new star formation. 

One estimate is 7 stars per year.

Fp = Percentage of stars with planetary systems around them.

New solar systems are being discovered every year. 

Ne = Number of planets per star system capable of sustaining life. 

Depending upon the temperature, type, and size of the star, the habitable zone of a planet for Earth-like life may be nearer or further from its star. Based on our own solar system, we might guess 1 or 2.

Fl = Fraction of those planets upon which life appears. 

How many of those habitable planets upon which life has developed is difficult to estimate. In our own solar system, it’s at least 1 - there is a good chance that at one point, life developed on Mars, though traces of it have yet to be found.

Fi = Fraction of those planets where intelligent life appears.

Estimates vary wildly. We know it’s happened at least once here on Earth. As ‘intelligence’ is subjective, it may be that it has developed in other non-human, communicating species, like whales. 

Fc = Fraction of those societies that develop advanced communication technology and send signals into space.

Intentional or unintentional, other civilizations might transmit identifiable signals into outer space that modern Earth technology could pick up.

L = Lifetime of communicative civilizations. 

Do technologically-capable civilizations inevitably self-destruct, or can they last forever? This is an immensely uncertain question. We’ve been communicating with radio waves for fewer than 100 years, with the long-term survival of our species and our status as ‘technological’ uncertain. 


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7 years ago
Yes, Sure Its Fun To See A Lady Spin Around Like That, But I Had One Of My Friends Ask Me - “Where

Yes, sure its fun to see a lady spin around like that, but I had one of my friends ask me - “Where do you even use this mate?”

Here’s one application that I know very well off.

Spin Stabilization

If you have ever seen a rocket launch, you might know that sometimes the rockets are given a spin while launching. This is known as spin stabilization.

image

Basically, the rotational inertia of the rotating body will stabilize the rocket against any disturbances and help maintain its intended heading.

The same principle is used in rifling of firearms as well. **

image

YoYo DeSpin

Okay, now there is the question how to “De-spin” the rocket:

Well, you do what the lady does: stretch out your arms and you will slow down !

image

The rocket has weights connected to a cable that stretch out and almost immediately the rocket slows down. This maneuver is known as the YoYo DeSpin. ( Damn good name ! )

All thanks to the conservation of angular momentum !

Have a good one !

* Another method to stabilization : 3-axis stabilization

** Bullets spin stabilization - post

** Source rocket launch video


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7 years ago
The Total Area Of Solar Panels It Would Take To Power The World, Europe, And Germany

The total area of solar panels it would take to power the world, Europe, and Germany


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saients - How Cool Is That?
How Cool Is That?

Stardate: 2258.42...or, uh, 4... Whatever. Life is weird, at least we've got science.

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