Intimacy 2.0by Studio Roosegaarde
Dezeen Screen: beware of getting excited or embarrassed when wearing one of these dresses, as an increased heart rate will cause it to become transparent.
![Intimacy 2.0 by Studio Roosegaarde and Anouk Wipprecht Intimacy 2.0 by Studio Roosegaarde and Anouk Wipprecht](https://static.dezeen.com/uploads/2012/04/dezeen_Intimacy-2-0-by-Studio-Roosegaarde-with-Anouk-Wipprecht_1.jpg)
Created by Dutch designers Studio Roosegaarde and Anouk Wipprecht, the clothing is made from leather and electrically-sensitive foils that become opaque or transparent according to alterations in voltage.
![Intimacy 2.0 by Studio Roosegaarde with Anouk Wipprecht Intimacy 2.0 by Studio Roosegaarde with Anouk Wipprecht](https://static.dezeen.com/uploads/2012/04/dezeen_Intimacy-2-0-by-Studio-Roosegaarde-with-Anouk-Wipprecht_5.jpg)
The Intimacy 2.0 garments are a follow-up to the first collection of Intimacy dresses, which become see-through when approached.
![Intimacy 2.0 by Studio Roosegaarde with Anouk Wipprecht Intimacy 2.0 by Studio Roosegaarde with Anouk Wipprecht](https://static.dezeen.com/uploads/2012/04/dezeen_Intimacy-2-0-by-Studio-Roosegaarde-with-Anouk-Wipprecht_2.jpg)
Here's a couple of extra details from the designers:
INTIMACY 2.0 features Studio Roosegaarde’s new, wearable dresses composed of leather and smart e-foils which are perfect to wear on the red carpet.
![Intimacy 2.0 by Studio Roosegaarde with Anouk Wipprecht Intimacy 2.0 by Studio Roosegaarde with Anouk Wipprecht](https://static.dezeen.com/uploads/2012/04/dezeen_Intimacy-2-0-by-Studio-Roosegaarde-with-Anouk-Wipprecht_3.jpg)
In response to the heartbeat of each person, INTIMACY 2.0 becomes more or less transparent.
![Intimacy 2.0 by Studio Roosegaarde and Anouk Wipprecht Intimacy 2.0 by Studio Roosegaarde and Anouk Wipprecht](https://static.dezeen.com/uploads/2012/04/dezeen_Intimacy-2-0-by-Studio-Roosegaarde-with-Anouk-Wipprecht_4.jpg)
Artists: Studio Roosegaarde with Anouk Wipprecht
Client: Self Commissioned
Materials: Smart foil and wearable technology
Date: 2011