Mindblowing magnified portraits of insects Levon Biss

So, I had been a photographer

for 18 years

before I began the Microsculpture Project.

And in that time,
I had shot global ad campaigns,

I had the opportunity to photograph
some of my generation’s icons,

and I was traveling the world.

I got to a point in my career
that I dreamed of getting to,

and yet, for some reason,
I still felt a little bit unfulfilled.

Despite the extraordinary things
I was shooting and experiencing,

they’d started to feel
a little bit ordinary to me.

I was also getting concerned

about how disposable photography
had started to feel in the digital world,

and I really wanted to produce images
that had a sense of worth again.

And I needed a subject
that felt extraordinary.

Sometimes I wish
I had the eyes of a child.

And by that I mean,
I wish I could look at the world

in the same as I did
when I was a small boy.

I think there is a danger,
as we get older,

that our curiosity becomes
slightly muted or dulled by familiarity.

And as a visual creator,
one of the challenges for me

is to present the familiar
in a new and engaging way.

Fortunately for me, though,
I’ve got two great kids

who are still curious about the world.

Sebastian – he’s still curious
about the world, and in 2014, in spring,

he brought in a ground beetle
from the garden.

There was nothing particularly special
about this insect –

you know, it was a common species.

But he was still curious,

and he brought it up to my office,

and we decided to look at it
under his microscope.

He had a little science kit for Christmas.

And this is what we saw.

Now, when I first saw this,
it blew me away.

Up here – this is the back
of the ground beetle.

When I first saw it,
it reminded me of a galaxy.

And all the time, this had just
been outside our window.

You know, I was looking
for this extraordinary subject,

and it took Seb’s eyes and curiosity
to bring it in to me.

So I decided to photograph it for him,
and this is what I produced.

I basically asked myself
two simple questions.

The first one:

Could I take all my knowledge and skill
of photographic lighting

and take that onto a subject
that’s five millimeters long?

But also: Could I keep
creative control over that lighting

on a subject that size?

So I practiced
on some other found specimens,

and I approached the Oxford University
Museum of Natural History

to see if I could have access
to their collection,

to progress the project.

And I went up there for a meeting,

and I showed them some of the images
that I’d been shooting,

and they could see
the kind of detail I was able to get.

I don’t think they’d ever really seen
anything quite like it before,

and from that point forward,
they gave me open access

to their entire collection

and the assistance of Dr. James Hogan,
their entomologist.

Now, over the next two-and-a-half years,

I shot 37 insects from their collection.

And the way I work

is that I essentially split the insect
up into multiple sections,

and I treat each one of those sections
like a small still life.

So for example, if I was photographing
the eye of the insect,

which is normally quite smooth
and dome-shaped,

then I’d use a light source
that is large and soft and diffuse,

so I don’t get any harsh hot spots
on that surface.

But once my attention
turns over to a hairy leg,

that lighting setup
will change completely.

And so I make that one tiny section
look as beautiful as I possibly can,

and I work my way across the insect

until I have about 20 or 25
different sections.

The issue with photography
at high magnification

is that there is inherently
a very shallow depth of field.

So to get around that, what I do is,

I put my camera on a rail

that I can automate
to move 10 microns in between each shot.

That’s about one-seventh the width
of a human hair.

And then that provides me
with a deep stack of images.

Each has a tiny sliver of focus
all the way through.

And I can squash that down

to produce one image
that is fully focused from front to back.

So essentially, that gives me
25 sections that are fully focused

and beautifully lit.

Now, each one of my images

is made up of anywhere
between 8- and 10,000 separate shots.

They take about three-and-a-half
weeks to create,

and the file sizes on average
are about four gigabytes.

So I’ve got plenty of information
to play with when I’m printing.

And the prints at the exhibition
are around the three-meter mark.

In fact, I had a show
in Milan two weeks ago,

and we had some prints there
that were nine meters long.

But, you know, I realize

that these images still have to work
in the digital world.

There’s no point in me putting
all my blood, sweat and tears

into these pictures

if they’re only going to be showing
500 pixels on a screen.

So with the help of Rob Chandler
and Will Cookson,

we developed a website

that enables the viewer
to immerse themselves

into the full four-gigabyte files,

and they can explore
all that microscopic detail.

So if you have the time,
and I encourage you,

please visit microsculpture.net

and go and have a play.

It’s good fun.

I first showed the work at Oxford,

and since then, it’s moved on
to the Middle East.

It’s now back in Europe
and goes to Copenhagen this month.

And the feedback has been great.

You know, I get emails, actually,
from all over the world –

from teachers, at the moment,
who are using the website in school.

The kids are using them on the tablet.

They’re zooming into the pictures

and using it for art class, biology class.

And that’s not something I planned.

That’s just a beautiful offshoot
of the project.

In fact, one of the things
I like to do at the exhibitions

is actually look at
the kiddies' reactions.

And, you know, standing
in front of a three-meter insect,

they could have been horrified.

But they’re not. They look in wonder.

This little chap here, he stood there
for five minutes, motionless.

(Laughter)

And at the end of the day, actually,
at the end of the day at the exhibitions,

we have to wipe down
the lower third of the big prints –

(Laughter)

just to remove
all those sticky handprints,

because all they want to do
is touch those big bugs.

I do want to leave you
with one final image, if that’s OK.

This has to do with Charles Darwin.

One of the recent images
that I photographed

was this one here.

I’m talking about the creature
in the box, not my cat.

And this is a shield bug

that Charles Darwin
brought back from Australia

on the HMS Beagle in 1836.

And when I got it home,

I stood in my kitchen
and stared at it for about 20 minutes.

I couldn’t believe I was in possession
of this beautiful creature.

And at that moment, I kind of realized

that this validated the project for me.

The fact that the museum
was willing to risk me playing with this

kind of showed me
that my images had worth –

you know, they weren’t disposable.

That’s the image that I produced.

I often wonder, still,
when I look at this:

What would Charles Darwin
make of these images?

Do you think he’d like his picture
of his shield bug? I hope so.

So –

(Applause)

You know, I think it’s strange in a way.

I’m a visual person,
I’m a creative person,

but I still needed the eyes of a child
to find my extraordinary subject.

That’s the way it was.

So all I can say is,
thank you very much, Sebastian;

I am very, very grateful.

Thank you.

(Applause)

所以,在我开始微雕项目之前,我已经做了 18 年的摄影师

在那段时间,
我拍摄了全球广告活动,

我有机会拍摄
了我这一代人的一些偶像

,我正在环游世界。

在我的职业生涯
中,我达到了我梦寐以求的目标

,但由于某种原因,
我仍然感到有点不满足。

尽管
我拍摄和体验了非凡的事物,

但它们开始
对我来说有点普通。

我也开始

关注一次性摄影
在数字世界中的感受

,我真的很想制作
出再次具有价值感的图像。

我需要
一个感觉非凡的主题。

有时我希望
我有一个孩子的眼睛。

我的意思是,
我希望我能像小时候一样看待这个世界

我认为
随着年龄的增长,存在一种危险,

即我们的好奇心会
因熟悉而变得略微减弱或迟钝。

作为一名视觉创作者,
我面临的挑战之一

是以一种新颖且引人入胜的方式呈现熟悉的事物。

不过,对我来说幸运的是,
我有两个

仍然对世界充满好奇的好孩子。

塞巴斯蒂安——他仍然
对这个世界充满好奇,2014 年春天,

他从花园里引进了一只地甲虫

这种昆虫没有什么特别之处——

你知道,它是一种常见的物种。

但他仍然很好奇

,他把它带到我的办公室

,我们决定
在他的显微镜下观察。

他为圣诞节准备了一个小科学工具包。

这就是我们所看到的。

现在,当我第一次看到这个时,
它让我大吃一惊。

在这里——这
是地甲虫的背部。

当我第一次看到它时,
它让我想起了银河系。

一直以来,这只是
在我们的窗外。

你知道,我一直在
寻找这个非凡的主题,

Seb 的眼睛和好奇心
把它带给了我。

所以我决定为他拍照
,这就是我制作的。

我基本上问了自己
两个简单的问题。

第一个问题:

我能把我所有
的摄影照明知识

和技能都用在一个
5 毫米长的物体上吗?

而且:我能否
对这么大的物体上的照明保持创造性的控制

所以我
在其他一些发现的标本上进行了练习

,我走近了牛津
大学自然历史博物馆

,看看我是否可以
访问他们的收藏,

以推进这个项目。

我去那里开会

,我给他们看了一些
我一直在拍摄的照片

,他们可以看到
我能得到的那种细节。

我认为他们以前从未真正见过
类似的东西

,从那时起,
他们让我可以公开

访问他们的整个收藏品,

并得到他们的昆虫学家 James Hogan 博士的帮助

现在,在接下来的两年半里,

我从他们的收藏中拍摄了 37 只昆虫。

我的工作方式

是将
昆虫分成多个部分

,我将这些部分中的每个部分都
视为一个小型静物。

例如,如果我拍摄
昆虫的眼睛,

它通常非常光滑
且呈圆顶状,

那么我会使用
大而柔和且漫射的光源,

这样我就不会拍到任何刺眼的热点
在那个表面上。

但是一旦我的注意力
转向毛茸茸的腿,

这种照明设置
就会完全改变。

所以我尽可能地让那一小部分
看起来很漂亮,

然后我在昆虫身上工作,

直到我有大约 20 或 25 个
不同的部分。 高倍率

摄影的问题

在于,
景深本来就很浅。

因此,为了解决这个问题,我所做的是,

我将相机放在轨道

上,我可以自动
在每次拍摄之间移动 10 微米。

这大约
是人类头发宽度的七分之一。

然后这为我
提供了一大堆图像。

每个人都有一个很小的
焦点。

我可以将其压扁

以产生一张
从前到后完全聚焦的图像。

所以本质上,这给了我
25 个完全集中

且光线充足的部分。

现在,我的每一张照片

都由 8 到 10,000 个单独的镜头组成。

它们需要大约三个半
星期的时间来创建

,平均文件大小
约为 4 GB。

所以
我在打印时有很多信息可以使用。

展览上的版画在
三米左右。

事实上,两周前我在米兰举办了一场展览

,我们在那里
有一些 9 米长的版画。

但是,你知道,我

意识到这些图像仍然必须
在数字世界中工作。 如果这些图片仅在屏幕上显示 500 像素,那么

我将
所有的血、汗和泪水都

投入到这些图片中是没有意义的

因此,在 Rob Chandler
和 Will Cookson 的帮助下,

我们开发了一个网站

,让观众
能够沉浸

在完整的 4 GB 文件中,

并且可以探索
所有微观细节。

所以如果你有时间
,我鼓励你,

请访问

microsculpture.net 去玩一玩。

很好玩。

我首先在牛津展示了这件作品,

从那时起,它就转移
到了中东。

它现在回到欧洲
,本月将前往哥本哈根。

反馈非常好。

你知道,实际上,我收到了
来自世界各地的电子邮件——

来自目前
在学校使用该网站的教师。

孩子们正在平板电脑上使用它们。

他们正在放大图片

并将其用于艺术课,生物课。

这不是我计划的。

这只是
该项目的一个美丽分支。

事实上,
我喜欢在展览中做的一件事

就是
看孩子们的反应。

而且,你知道,
站在一只三米高的昆虫面前,

他们可能会被吓坏。

但他们不是。 他们惊奇地看着。

这小家伙,他站
了五分钟,一动不动。

(笑声

) 最后,实际上,
在展览结束时,

我们必须擦掉
下三分之一的大脚印——

(笑声)

只是为了
去除那些粘手印,

因为所有 他们想做的
就是触摸那些大虫子。

如果可以的话,我确实想给你留下一张最终图像。

这与查尔斯达尔文有关。 我

最近拍摄
的一张照片

就是这里的这张。

我说的
是盒子里的生物,不是我的猫。

是查尔斯达尔文

在 1836 年乘坐 HMS Beagle 从澳大利亚带回的盾虫

。当我把它带回家时,

我站在厨房
里盯着它看了大约 20 分钟。

我简直不敢相信我拥有
了这个美丽的生物。

在那一刻,我有点

意识到这对我来说验证了这个项目。

博物馆愿意冒险让我玩这种

东西的事实
表明,我的图像是有价值的——

你知道,它们不是一次性的。

这就是我制作的图像。

当我看到这个时,

我经常想知道:查尔斯达尔文会如何
看待这些图像?

你认为他会喜欢
他的盾虫照片吗? 但愿如此。

所以——

(掌声)

你知道,我认为这在某种程度上很奇怪。

我是一个视觉的人,
我是一个有创造力的人,

但我仍然需要一个孩子的眼睛
来找到我非凡的主题。

事情就是这样。

所以我只能说,
非常感谢你,塞巴斯蒂安;

我非常非常感谢。

谢谢你。

(掌声)