Explore Topics:
AIBiotechnologyRoboticsComputingFutureScienceSpaceEnergyTech
Tech

Eye-Opening Visualization of RFID Fields (video)

Aaron Saenz
Mar 24, 2011
Ghost in the Field, RFID visualization

Share

Ghost in the Field, RFID visualization

Stop animation illuminates the otherwise invisible interaction space surrounding an RFID reader.

How do you visualize something that is invisible? That's the challenge that Timo Arnall, Jack Schulze, and Einar Sneve Martinussen faced when they decided to give designers a better insight into RFID technology. Radio Frequency Identification tags are simple coils of wire that interact electromagnetically with RFID readers. There are more than 4 billion in the world at the moment, allowing us to track goods, prevent theft, and pay for purchases without ever having to touch two objects together. Using RFID readers and an RFID tag attached to an LED light Arnall, Schulze, and Martinussen created simple, artistic animations that show us the invisible interactions inside the technology. Watch the Ghost in the Field video below and get a view of the unseen fields of the digital world.

When you use your credit card by 'tapping' it , or pay for bus fare by waving your ID in front of a reader, you're using RFID technology. Yet few people, either on the design or consumer side, really understand that interaction. How close do you have to be, where do you have to wave the tag, how should you hold the card? Arnall, Schulze, and Martinussen's Ghost in the Field project answered these questions in a clear, eye-opening way. As we race ahead to develop new and useful innovations, we often leave the designers who make those devices user-friendly struggling to catch up. Projects like this even the odds, and give us all a new insight into the technology that surrounds us.

Be Part of the Future

Sign up for SingularityHub's weekly briefing to receive top stories about groundbreaking technologies and visionary thinkers.

100% Free. No Spam. Unsubscribe any time.

Created in 2009, Ghost in the Field is among the first in a series of projects that hopes to understand the invisible and intangible technological forces that pervade modern life. "Immaterials"such as RFID fields, WiFi networks, and broadcast signals are a necessary ingredient in the activities we perform everyday yet they go unnoticed because they can't be seen with the naked eye. Arnall (Touch project and the Oslo School of Architecture and Design) and Schulze (BERG design firm, London) along with their colleagues are exploring ways to visualize Immaterials so that other designers can better understand and create the products related to them.  It's interesting to watch their exploration of these qualities - sort of like pulling back the curtain and taking a glimpse at the digital world. Considering how popular near field communication has become in the last few years, and how much greater its impact could be in the years ahead, we should all strive to better visualize they way these Immaterials work in our physical world. Staring down at my Clipper Card bus pass, I can almost see the range of interaction that would surround it. ...Or maybe I've just been in front of my computer too long.

[image and video credit: Timo Arnall, Jack Schulze, Einar Sneve Martinussen]
[source: Touch Project, BERG blog]

Related Articles

Nvidia's tight grip on the AI hardware industry could be loosening

Here’s How Nvidia’s Vice-Like Grip on AI Chips Could Slip

Edd Gent
Science Corporation's biohybrid brain implant uses neurons instead of electrodes to interface with the brain

Neuralink Rival’s Biohybrid Implant Connects to the Brain With Living Neurons

Edd Gent
Google's new quantum processor, Willow, is a breakthrough for error correction and could lead to practically useful quantum computers.

Google’s Latest Quantum Computing Breakthrough Shows Practical Machines Are Within Reach

Edd Gent
Nvidia's tight grip on the AI hardware industry could be loosening
Computing

Here’s How Nvidia’s Vice-Like Grip on AI Chips Could Slip

Edd Gent
Science Corporation's biohybrid brain implant uses neurons instead of electrodes to interface with the brain
Biotechnology

Neuralink Rival’s Biohybrid Implant Connects to the Brain With Living Neurons

Edd Gent
Google's new quantum processor, Willow, is a breakthrough for error correction and could lead to practically useful quantum computers.
Computing

Google’s Latest Quantum Computing Breakthrough Shows Practical Machines Are Within Reach

Edd Gent

What we’re reading

Be Part of the Future

Sign up for SingularityHub's weekly briefing to receive top stories about groundbreaking technologies and visionary thinkers.

100% Free. No Spam. Unsubscribe any time.

SingularityHub chronicles the technological frontier with coverage of the breakthroughs, players, and issues shaping the future.

Follow Us On Social

About

  • About Hub
  • About Singularity

Get in Touch

  • Contact Us
  • Pitch Us
  • Brand Partnerships

Legal

  • Privacy Policy
  • Terms of Use
© 2025 Singularity