Long Live the Vaporwave Aesthetic

Long Live the Vaporwave Aesthetic

Vaporwave has been robbed of its rightful place in art history. Take a look at its origins—and what it tells us about the future of design.

Vaporwave, a product of the 2010s internet, isn’t just one thing. It’s a musical genre, a visual art form, an aesthetic. Perhaps because it’s so hard to define, the movement has been widely dismissed as meaningless and fleeting.

But, in fact, vaporwave has had a lasting impact on design. Here we take a look back at the movement, its themes, and what it tells us about how the internet shapes creativity.

Vaporwave Background
Vaporwave is a microgenre of electronic music that inspired an art style. Image via Swill Klitch.

What Is Vaporwave?

Vaporwave has its roots in sound. Musically, vaporwave is a slowed down, remixed, and chopped genre that reconfigures dance music of the ’80s and ’90s, lounge-y elevator tunes, and samples from television, infomercials, and video games. 

The movement’s equally recognizable visual language is deeply entwined with the audio that preceded it. Aesthetically, vaporwave provides a distorted and melancholic look of the ’80s and ’90s. It often incorporates web design from the early days of the internet, imagery from music videos, and other pop culture elements of the era.

The world of vaporwave is full of neon-lit, futuristic dreamscapes, cotton candy skies, and Japanese iconography, all set to the sound of smooth elevator jazz chopped and screwed to 80’s synths. It’s modern and retro, and evokes both comforting and deeply uncomfortable nostalgia. 

Some argue that the genre offers a critique of consumerism, globalization, and capitalism. In that respect, vaporwave connects with punk, a genre typically aligned with anarchy and anti-capitalism. Only, it’s the punk of the internet era.

So, what are the design elements that define this unapologetic, polarizing movement?


The Internet 

Without the internet, vaporwave would quite simply not exist. It’s perhaps unsurprising then that early internet imagery features in vaporwave design. Late 1990s web design, glitch art, 3D-rendered objects, animation, and cyberpunk tropes all serve as visual references to the worldwide web. 


Japanese Iconography

From 1967 to the early 1990s, Japan developed the most cutting-edge technologies and, eventually, the country’s GDP skyrocketted to become the second-highest in the world. Economists around the world referred to this time period in Japan as the Japanese Economic Miracle, and the era hit its peak in the ’80s and ’90s.

Vaporwave, with its bright neon city lights, cropped anime girls, and 16-bit Nintendo video games, is a nod to Japan at the height of its economic power. It freezes the country during its two decades of unrestrained consumption, critiquing its consumerist era under the guise of idealizing it. 


Ancient Greek and Roman Busts 

Greek and Roman busts feature predominantly in vaporwave design to represent the reappropriation of classical art into popular culture.

It’s a playful reference to classical aesthetics, combining highbrow classical imagery with lowbrow modern elements. The Helios statue featured on the cover of Floral Shoppe’s album, Macintosh Plus, offers the most notable use of Greek imagery in vaporwave art. 


High-Tech and Low-Tech Digital Art Mashups  

Vaporwave design often incorporates pixel art and pixelated text. The use of heavy outlines, isometric shapes, and extruded letters, grids, and dots provide an element of depth to what would otherwise be a flat composition.

Designers often deploy shadows and outlines to suggest a 3D space and create digital compositions. 


Final Thoughts 

As new technologies such as virtual reality and blockchain promise to become ubiquitous in our lives, it’s essential that we—especially designers—embrace these new technological landscapes to usher in and encourage new eras in design.

Anime Character Blowing Bubblegum Bubble Against a How Pink Background. Text Under Character Reads
Images via Dead Color, EnkaArt, and local_doctor.

Vaporwave was the result of the internet. If this aesthetic has taught us anything, it’s that we should give the benefit of the doubt to any movement born from such technological landscapes, and to anticipate a new era of design in their wake.


Cover image via local_doctor.  

The post Long Live the Vaporwave Aesthetic appeared first on The Shutterstock Blog.

Deal Alert: Save Big on Datacolor Color Workflow Tools

Datacolor is famous for helping creatives bring out the best colors in their work. And right now, they’re giving you the opportunity to save up to $80 on the Datacolor Spyder and ColorReader range. But don’t wait around! This special is only on offer until December 3rd or while stocks last.

Full disclosure: This sponsored article was brought to you by Datacolor.

To the professional creatives out there, here’s a deal you do not want to miss! Datacolor is taking $80 off the SpyderX Elite monitor calibration tool – their fastest and most accurate Spyder ever. This handy device gives photographers, designers, and filmmakers total control of the color workflow with unlimited calibration setting choices, and advanced tools for display mapping and analysis. Normally valued at $279.99, this week Datacolor is selling the SpyderX Elite for just $199.99.

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Using a Flash for Insect Photography

A camera flash and a macro photo of a bee on a flower

I’ve shot thousands of pics of insects without flash and tens of thousands with flash. When the lighting is bright and sunny, the results can be good without flash. But when I venture out in pursuit of photo ops, I often encounter poorly lighted situations which are better with flash. If you study the work of experienced insect photographers, you’ll find that most of them use flash.

A very important advantage of flash is it captures motion. I use f/11 for depth of field and ISO 100 or less for quality. Without flash, that calls for approximately 1/100s. But flying insects are very fast and that shutter speed is too slow. So I use the fastest shutter speed possible with flash (1/250 on my Sony a7R IV and 1/400 with my Sony a1). At these settings, the ambient light contributes a fraction of what’s needed for exposure, so the remainder comes from the flash. And with a flash duration of about 1/10,000s, even the speediest flying insects are frozen sharply. It also eliminates camera shake.

A bee on a purple flower

When I began photographing bees, I thought the pop-up flash on my Sony a6400 would be perfect. The distance was short and low power was adequate. But there were two problems:

1. Longer lenses cast a shadow blocking the low flash head from illuminating the subject.

2. The recycle time was 4 seconds, causing me to miss opportunities while waiting for recycling (which is the charging of the capacitor in the flash).

So I tried an external flash.

My first external flash was the small Sony HVL-F32M. The light head is high enough to eliminate the lens shadow and it recycled in 2 seconds when shooting closeups. But I was still missing opportunities while waiting those 2 seconds so I sought even faster recycle time. I soon learned that flashes powered by lithium batteries recycled fastest. That reduced the number of options.

My first lithium-powered flash was a Godox 860 IIs. It offered a lot of performance for the money. But after only five months it began making a loud snapping sound each time it fired. I was advised to stop using it because that was the precursor to an exploding capacitor.

Godox had just brought out the V1s, which was about the same power. With a round head, it looks like a $1,100 Profoto. I bought it but sadly within a month the plastic foot broke. If you read user reviews on flashes, you see many complaints of broken plastic feet on many brands. Why manufacturers continue to use plastic feet is a mystery. For less than $1 they could cure the problem with a metal foot.

I ordered a warranty replacement for the V1s, and also ordered the only flash for Sony I could find with a metal foot, the $1,100 Profoto. It arrived and didn’t work at all. I emailed Profoto but they were of no help so I returned it.

Meanwhile, the replacement Godox V1s arrived and worked well for about two months until its plastic foot also broke. Argh!

Further research led me to discover the Nissin MG80 Pro, with a metal foot – YAY! The Nissin distributor sent me one to review.

A Nissin camera flash

Here are some comparisons of the MG80 with the Godox flashes I’ve owned.

Foot. MG80 Pro has metal foot. Having lost two Godox flashes to broken feet, I like this a lot.

Guide number The MG80 and Godox 860 have equal guide numbers (max brightness). The Godox V1s is not rated with a guide number but is probably slightly lower. At my close range, the guide number is not very important, but a high guide number suggests that I’ll be using it at a small fraction of its power and will enjoy a short recycle time.

Battery. The MG80 Pro battery capacity of 360 full power flashes is about half of the Godoxes. This is not an issue for me. My close-up flashes consume a fraction of full power. So I get over 1,000 closeup flashes on a charge. The MG80 can use four conventional AA batteries or four 14500 lithium cells. Users might appreciate this if they run out of juice while away from their home base. They could buy some AAs and keep going until they could charge their depleted lithium cells.

Flexibility. A unique feature of the MG80 is that the concentrating Fresnel lens head can be slid off, revealing the quartz flash tube. This looks like it would allow flash with extremely wide-angle lenses.

The head of a Nissin flash

I’m buying the MG80. I want that metal foot and the price is less than half of the only other metal-footed Sony flash I know of, the Profoto.

Continuous Shooting With Flash

I thought this was impossible. But I’ve found that with flash-fill in daylight at close range, most flashes can repeat five or more frames for a medium rate burst.

About Flash Diffusers

Many skilled insect photographers construct their own diffusers that they carry out to the field. They primarily shoot at 2x to 3x magnification and are so close to the insect that their diffuser hangs over it, surrounding it with diffuse light and blocking the Sun. They achieve beautiful results under these close conditions.

A flash with a custom diffuser attached
A custom-made AK Diffuser

I’ve opted for a much greater distance because the bees are so fast. They stop off a few seconds, drink, and move on. There’s rarely enough time to get close, so I shoot from several feet away at about 0.3x magnification. I’ve not found a diffuser that is beneficial at that distance. So I currently shoot with undiffused flash to minimize the size of the reflection on the bee’s eyes. (Diffusers enlarge the diameter of the flash light source and thus the diameter of the reflection on the insect’s eyes).

A bee on a flower with a large light spot

The bright spot on the eye is a reflection of my flash. If I shoot in sunlight there will be two spots, one from my flash and one from the Sun.

I’m also experimenting with a mask over the flash head to reduce the diameter of the reflection.

A bee on a flower with a smaller light spot
The masked flash head results in smaller spot on the eye.
A camera flash with a mask to limit the size of light spots on bees eyes
Mask on flash head

Good luck with using a flash with your own insect photos!


About the author: Alan Adler lives in Los Altos, California. The opinions expressed in this article are solely those of the author. He has been an avid photographer for 60 years. He is also a well-known inventor with about 40 patents. His best-known inventions are the Aerobie flying ring and the AeroPress coffee maker.

Back Where We Started: The Camera Industry Is Again a Bit-Part Player

An illustration of a photographer in front of a declining sales chart

Remember those heady days of 2010? The release of the iPhone 4 and iPad, the New Orleans Saints won Superbowl XLIV, Iron Man 2 hit the cinemas, Eminem released Recovery, and Biden was Vice-President. It was also the year when camera shipments peaked at over 120 million units. How did the industry become the bit-part player it now is, shifting 9 million units just ten short years later?

In terms of shipments and sales, 2020 really was a year to forget for the camera industry – annus horribilis – where it hit new depths that no one thought possible during those highs of 2010. Going from CIPA data of manufacturer shipments, we can see that 2010 just pushed out 2008 as the year to celebrate the fortunes of the camera with an inexorable rise from its base in 1999.

CIPA Camera Shipments

It must have seemed that anything was possible as factories popped up to produce ever more – cheaper – cameras to a mass market that was all too happy to buy them. Of course, the reality was perhaps a little more nuanced and cracks had already started to appear in the facade of an industry predicated on the mass market.  If we factor in the value of those shipments, along with lens shipments then we can see what was really happening.

Camera and Lens Shipments and Value

In fact, by 2008 the industry had already peaked in value; two short years later that amount had dropped by 25%. The writing was on the wall and while fable will point to the release of the iPhone in 2007 as the defining moment, that wasn’t actually the case. Sharp’s J-SH04 incorporated the first digital camera into a phone back in 2000 and by 2003 feature phones were outselling compact cameras.

It’s a salutary reminder that a product’s unique selling point (USP) has to remain, well, unique! In the case of the compact camera, that was an “adequate digital image” and phones subsequently plundered their sales.

This is what we might consider the classic boom and bust history of the digital camera going from nothing and potentially ending in nothing: the rise and fall of the camera industry. What’s interesting, however, is that flat trajectory for lens shipments, which hints at something else going on in the market.

Camera Shipments By Type

Crucially then, if we split shipments by camera type (DSLR, MILC, and Integrated) we see a different picture. Sure, it is still trending down but that boom and bust scenario is restricted to the Integrated camera and they are now only just shipping more than DSLRs and MILCs.

In fact, what shipment value shows is where the bulk of the money lies. In 2010, the sheer volume of Integrated cameras meant that that was where value lay, along with the profit. That is not true today where the value of DSLRs and MILCs now exceeds that of Integrated models. This has been the case for DSLRs since 2013, but their shipment numbers are genuinely in freefall and MILCs eventually exceeded them in value in 2019 and then unit volume in 2020.

The Rise of the MILC

The mirrorless camera – at least in its current guise – can be traced back to the Micro Four Thirds format and the release of the Panasonic Lumix DMC-G1 in 2010 although that was really a reboot of the 2003 Olympus Four Thirds E1 (minus the mirror box). After that, every manufacturer rushed up to the plate to present their variation of the mirrorless camera.

Quite why Panasonic, Olympus, and Sony came to market at that point with entirely new systems remains less clear. Sony had relatively recently acquired Minolta and was developing its camera business, while Olympus had singularly failed to transition effectively to manufacturing DSLRs. Fuji had had a similarly poor digital transition and was undergoing major restructuring as it came to terms with the death of film. Pentax had made a DSLR transition but lagged behind Nikon and Canon, who had very successfully moved into the digital era.

What is undeniable is that they were all making significant sums of money from selling Integrated cameras. The MILC was born out of an abundance of profit, combined with a number of manufacturers who were unsure what to do next.

The reason for the success of the MILC was more simple: Sony, Olympus, Fuji, and Panasonic achieved significant sales success. Meanwhile, Nikon and Canon had a vested interest in maintaining the DSLR market that was essentially sown up, but that gentle trickle of MILC sales turned into bubbling brook.

The writing was on the wall when Nikon and Canon pivoted to mirrorless in 2018, sounding the not-so-quiet death knell for the DSLR. This left Pentax swinging in the wind and – yes – releasing a new DSLR model in the form of the K-3 Mark III!

That said, the imploding shipments of DSLRs are a result of both customers choosing to buy MILCs and manufacturers reducing their shipments. There is no better sign that the market is finished as sales implode and substantial R&D ends; sure, we are likely to have old models sold for the foreseeable future in the same way the Nikon F6 persisted through to 2020, but new models are all but finished (although Pentax may still try to beat that drum).

What is the Future of Camera Sales and Shipments?

The key question for manufacturers going forward is what size is the market for selling cameras? Canon is a little pessimistic on this point believing it will naturally fall be below 10 million units, COVID excepting. To better understand the digital future, we need to understand the analog past.

Film Camera Shipments

Again using CIPA data, we can see that focal plane shutter models (ILCs) peaked in 1982 at 7.5 million units, but what’s remarkable is the ¥230 billion (~$2B) in value this represents (not adjusted for inflation). With the rise of the compact camera (“Shutter” models) and mass-market consumption, we can see that total shipments eventually reached 36 million, but their value was on a long-term downward path as the mantra of “pile it high, sell it cheap” took hold.

What’s more instructive is understanding the underlying professional and amateur market and looking specifically at interchangeable lens models; the graph below combines together the film and digital figures (again not adjusted for inflation).

A chart showing ILC shipments

And this tells the remarkable story of the digital boom which took the historic baseline of around 4 million annual shipments of film cameras and pushed it up to 20 million by 2013. That volume has been in freefall since, but Canon’s expectation that this value sits somewhere between 5 and 10 million is probably about right.

Value is more difficult to gauge because of the effect of inflation, but since 1980, goods in general have increased in price by about x2.5 which probably means that the total value of the market – about ¥230 billion – is more or less the same as today.

So where does that leave us? Probably back where we started in the 1980s! Cameras have always been an emergent, expensive and, as a result, high-end tech sector. The first (analog) consumer boom came in the 1980s because film cameras could be manufactured very cheaply, with the mass-market scale used to minimize the cost of film, development, and printing. The second (digital) boom of the 2000s took advantage of microelectronics, miniaturization, supply chain sourcing, and just-in-time manufacturing.

Both booms came during periods of relative consumer wealth. Film’s mantle was stolen by digital which was subsequently lost to the smartphone, but the underlying system camera sales have remained surprisingly stable.

The camera sector remains a bit-part player in the global market place and manufacturers need to work out how they are going to make it pay for itself. Sony, Canon, and Fuji have largely been successful in achieving this, all in different ways but with their camera divisions subsumed into much larger organizations.

Significant question marks remain as to whether Olympus can survive and only time will tell. The fortunes of Pentax and Panasonic within their respective conglomerates remain to be seen.

Nikon is an anomaly here because it is relatively small as a business yet still reliant upon its camera business. It is unlikely to fail commercially, but what it looks like as a business in 10 years’ time will be fascinating.


Image credits: Header illustrations licensed from Depositphotos

‘Afghan Girl’ Escapes Taliban, Evacuated to Italy

Sharbat Gula, the Afghan woman made famous by photographer Steve McCurry’s iconic Afghan Girl photo, has escaped the Taliban in Afghanistan and has been evacuated to Italy.

The 49-year-old Gula, also known as Sharbat Bibi, received international attention as a young girl after photojournalist Steve McCurry photographed her at the Nasir Bagh refugee camp in Pakistan while Afghanistan was occupied by the Soviet Union. The striking portrait was featured as the cover of National Geographic in June 1985 and quickly became one of the most widely recognized portraits ever captured.

In 2016, Gula found herself in legal trouble after she was found using fake documents to obtain a Pakistani identification card under the name “Sharbat Bibi.” As a result, Gula was deported from Pakistan back to Afghanistan.

During this time, McCurry expressed his willingness to do everything possible to help her as Afghanistan’s then-president Ashraf Ghani welcomed her back to her birthplace and promised to provide her with a place to live, reports National Geographic. Ghani also promised that her children would have access to health care and schooling.

“I’ve said repeatedly, and I like to repeat it again, that our country is incomplete until we absorb all of our refugees,” Ghani said during a small greeting ceremony.

Upon her arrival back to her home country, Gula lived with security precautions due to her identification as the subject on the cover of National Geographic. Gula has reportedly faced risk from conservative Afghans who don’t believe women should appear in the media.

After the Taliban takeover of Afghanistan in the summer of 2021, Steve McCurry and his sister Bonnie McCurry took action to help fulfil Gula’s wish of being evacuated with her family.

The McCurry family partnered with the women-led nonprofit Future Brilliance to arrange the necessary paperwork, visas, and logistics. Metagood, an “NFT for good” platform,” donated the funding used in the effort and is planning to sell more NFTs to raise additional funds from the crypto community for Gula’s resettlement.

After weeks of planning the evacuation and with the support of the Italian government, Gula’s family was able to seek asylum in Italy.

“This was the most incredible news to receive on Thanksgiving Day,” Bonnie McCurry said in a statement. “It is truly a godsend; this rescue mission has been a group effort from the start. It’s a dream come true. Sharbat is incredibly grateful to the Italian people, and we are all deeply grateful to the Italian government for their support and generosity.”

The office of Italian Prime Minister Mario Draghi government has confirmed Gula’s arrival in Rome. Italy is one of several Western countries that have airlifted hundreds of Afghans out of the country. The Italian government also confirmed it will help Gula integrate into life in Italy.

In regards to the famed portrait, Draghi says the photograph had come to “symbolize the vicissitudes and conflict of the chapter in history that Afghanistan and its people were going through at the time.”