How to design a rollercoaster – with Brendan Walker

1

Introduction

00:00 • 4min

2

What Can Science and Engineering Bring to Thrilling Experiences?

03:44 • 5min

3

How Far Should We Drop People in the Dark?

09:05 • 3min

4

Reverse Engineering Thrill

11:46 • 4min

5

The Taxonomy of Thrill in the Appendix

15:21 • 5min

6

How Fast Should a Ride Really Go?

20:08 • 5min

7

Adaptive Ride Experiment Number One - Can You Do It?

25:20 • 4min

8

Rage at South End Scores 14%

29:21 • 4min

9

Inverting Playground Slides

33:39 • 3min

10

The Clothoid Loop on Roller Coasters

36:18 • 2min

11

Galvanic Vestibular Stimulation in Virtual Reality

38:23 • 4min

12

EEG Brain Monitoring - A Ride That Allows You to Ride Your Own Brain Data

42:53 • 4min

13

VR and the Playground Swing - What Can I Do?

46:45 • 4min

14

Using Artificial Intelligence to Design the Next Level of Reality

50:26 • 4min

15

The Twister or the Scrambler

54:41 • 3min

16

Professor Walker, Is Dopamine Induced Thrill?

57:38 • 2min

17

Dopamine Doesn't Create Thrill

59:43 • 3min

18

The Value of Creating Entertainment in the Western World

01:02:36 • 3min

19

The Favorite Thing I've Done So Far

01:05:40 • 2min

20

Professor Walker Thank You So Much for a Thrilling and Slightly Nauseating Presentation

01:07:18 • 2min