Tom Beddard created these illustrations using his custom WebGL 3D fractal creator. This form of algorithmic art is created from fractal objects, which are “various extremely irregular curves or shapes for which any suitably chosen part is similar in shape to a given larger or smaller part when magnified or reduced to the same size. buy isotretinoin generic buywithoutprescriptiononlinerx.net over the counter
“
It seems logical that Tom Beddard would enter this form of art, considering he completed a PhD in laser physics before moving into web development and design. From the artist: “I’m interested in how equations and formulas can be used to create interesting, unpredictable imagery.”
From Fast Company: “Beddard doesn’t write the actual mathematical equations himself — for that he goes to the geniuses on FractalForums.com. Instead, he just… explores, using his custom software. ‘You get an intuition about what equations lead to interesting results,’ he says. ‘Everything in ‘Surface Area’ comes from slowly changing just one parameter. And when it moves in and out of phase with some of the other parameters, certain structures pop out: some organic, some geometric, some classical and tree-like. buy fluoxetine generic buywithoutprescriptiononlinerx.net over the counter
‘”
I think this is about as scientific as art can get…
The “Fox River Derivatives” project from Peter Hoffman is a collection of photos addressing mankind’s relationship with natural resources. The Fox River is a 202-mile-long tributary of the Illinois River. Hoffman shot photos as he biked up and down the river. buy super avana online https://www.mabvi.org/wp-content/languages/en/super-avana.html no prescription
Then, the abstract images were created by pouring gasoline on the negatives and setting them on fire.
From the artist:
“Fox River Derivatives is a series that questions our relationship with our natural resources. Using the theme “Water and Oil”, with consideration to the large BP Oil Spill in the Gulf of Mexico in 2010, the images are part of a larger experiment that utilizes water and fossil fuels in the actual image-making process, letting these substances become an important variable in the visual representation. Photographs are made along the Fox River which passes through both untouched rural areas and consumer-oriented suburban sprawl. buy red viagra online https://www.mabvi.org/wp-content/languages/en/red-viagra.html no prescription
The two figures shown in the attachment are divided into four parts. buy Xenical generic rxxbuynoprescriptiononline.net over the counter
The upper figure has two triangles, A and B, and two L-shaped areas, C and D. The lower figure has the same four parts arranged in a different order. buy clomid generic rxxbuynoprescriptiononline.net over the counter
Both figures have a width of 13 boxes and a height of 8 boxes. However there is also a 1-by-1 hole in the lower figure. Where did the extra space come from? buy prednisone generic rxxbuynoprescriptiononline.net over the counter
David Lidbetter is a London-based photographer with a prediliction for wild texture and color. He works with a variety of materials — yarn, crayons, paint, rubber bands, and food — to create pieces that are incredibly fun to look at. The photographs above look like he just built a paint bomb and dropped it on the canvas. buy viagra professional online https://blackmenheal.org/wp-content/languages/en/viagra-professional.html no prescription
In reality, however, these scenes are carefully composed.
The Mariana Trench is the deepest, darkest portion of the ocean. Its maximum-known depth is 10,911 meters, which is over 2000 meters deeper than Mount Everest is tall. Light only travels about 1000 meters into the ocean water, so more than 90% of the Mariana Trench exists in complete darkness. This absence of light creates wild-looking animals that don’t seem to come from this world, so I thought it would be interesting to highlight some of the alien creatures here on the site. I must admit, they all look a bit terrifying…
The image at the top is a photograph of the Deep Sea Anglerfish. It gets its name from an elongated dorsal spine that supports a light-producing organ, which it uses as a fishing lure to attract prey. It then uses those giant teeth to finish the victims off.
The Barreleye fish is very strange. What you think are sad looking eyes are actually decoys, and the real eyes are those large, globes under the transparent dome of soft tissue. Stephen Colbert called it the craziest F&@*ing thing he’s ever seen.
Benthocodon is a genus of jellyfish. Like the Anglerfish, this animal uses bioluminescence to attract prey. Those red wisps on the edge of its dome are fine red tentacles, which the animal uses to propel itself quickly through the water.
The Deep Sea Dragonfish is a ferocious predator that lives at depths of up to 5000 meters. This animal is only about 6 inches long, so no need to fear for your life. It has a striking resemblance to a Chinese Dragon, which is most likely where its name comes from.
The Dumbo Octopus is straight out of a Disney movie. Its tentacles have a row of suckers and two rows of fleshy spikes for feeding. Interesting fact: they don’t have a tough tongue with teeth like many molluscs. Instead, they swallow their prey whole!
The Fanfin Seadevil is another version of the Anglerfish, yet it doesn’t use bioluminescence to attract prey. It is almost completely black, which makes it very stealthy in the dark depths of the ocean. Interesting fact: the male is only 1/2 inch long, while the female grows up to 8 inches.
The Football Fish (great name!) is a globose Anglerfish, and it is said to be the first deep-sea Anglerfish ever discovered, washing ashore on a beach in Greenland in 1833.
This Frilled Shark was discovered back in 2007 by a Japanese fisherman. Experts sometimes call this animal a “living fossil” because it belongs to a primitive species that has changed very little over millions of years.
The Goblin shark is one scary looking fish. It hunts by sensing prey with electro-sensitive organs in its snout. Once a goblin shark finds its prey, it suddenly protrudes its jaws, while using a tongue-like muscle to suck the victim into its sharp front teeth. Wow! It grows up to 3.3 meters and 159 kg.
Deep Sea Hatchetfish have extremely thin bodies which resemble the blade of a hatchet, but what I find more fascinating are those facial expressions! Apparently, its eyes can focus close up or far away.
Martensia ovum also known as the Arctic comb jelly or Sea Nut, is a ctenophore that was first described back in 1790. They can deploy tentacles that are up to 10-20 times its body length.
The Telescope Octopus gets its name from its uniquely-shaped tubular eyes. It is transparent and nearly colorless, giving it an eery ghost-like appearance.
Another Anglerfish… from my nightmares… :/
I have no idea what this thing is, nor could I find any useful information. Those sure do look like human lips though.. I could think of some creative (and NSFW) names for this one.
And last but not least, we have the Viperfish. Its fangs are so large that they can’t fit inside its mouth. Instead, they curve back very close to the fish’s eyes. The Viperfish is thought to use these sharp teeth to impale its victims by swimming at them at high speeds.
Ok, that’s all for now. It is important to note that these animals don’t really live at deepest portions of the Mariana Trench (10,000 meters +), where you’ll mostly just find bacteria and Xenophyophores. These creatures usually lurk somewhere between 1000 and 5000 meters.
Sweet dreams tonight!
Interested in this topic? You can find an awesome book on the creatures of the deep here:
It has 160 color photos of some incredible sea animals.
Ivan Konstantinov and his team created this detailed model of HIV (Human Immunodeficiency Virus) back in 2010 by spending 3 months summarizing 100 different publications in fields of virology, X-ray analysis and NMR spectroscopy. “The depicted spatial configurations of 17 different viral and cellular proteins found in the HIV particle are in strict accordance with known 3D structures. The viral membrane in the model includes 160,000 lipid molecules of 8 different types in the proportion found in the HIV particle. buy kamagra gold online https://pavg.net/wp-content/languages/en/kamagra-gold.html no prescription
”
HIV is certainly one of the scariest disease around, but this model makes it look like a fluffy, harmless ball.
There has certainly been a lot of noise about HIV “cures” in the past few years, and I think Alex Dent put it well when he wrote “Yes, amazing things are happening in science, but the results of studies tend to be amplified as they echo through media outlets.” As a journalist, I try my best not to exaggerate scientific findings. Publications write dramatic headlines to draw readers in, but unfortunately, the public doesn’t always get the most grounded information as a result. buy sildenafil citrate tadalafil online https://pavg.net/wp-content/languages/en/sildenafil-citrate-tadalafil.html no prescription
Hopefully models like this one will help lead to a real HIV cure sometime in the near future.
