Today, I am halfway through my year-long #StillStanding project. Not so much has changed since I summed up the first 100 days. I still enjoy the experience, and there are new things to learn every day. Here is a 10-minute video I have recorded that presents the project, explains its rationale, and reflects upon some experiences so far: The biggest challenge moving forward is finding new spaces every day. I have already stood in the most accessible spaces, so I need to spend more time looking for unexplored rooms both at the university and close to my home.

Today marks the 100th day of my annual #StillStanding project. In this blog post, I summarize some of my experiences so far. Endurance Some people questioned whether I would be able to stand still every single day for an entire year. But, hey, it is only ten minutes (out of 1440) per day, and even though my life as a centre director is busy, it is always possible to find time for a standstill sometime during the day.

For my annual Still Standing project, I am recording sensor data from my mobile phone while standing still for 10 minutes at a time. This is a highly curiosity-driven and data-based project, and part of the exploration is to figure out what I can get out of the sensors. I have started sharing graphs of the linear acceleration of my sessions with the tag #StillStanding on Mastodon. However, I wondered if this is the sensor data that best represents the motion.

What is the background “noise” in the sensors of a mobile phone? In the fourMs Lab, we have a tradition of testing the noise levels of various devices. Over the last few years, we have been using mobile phones in multiple experiments, including the MusicLab app that has been used in public research concerts, such as MusicLab Copenhagen. I have yet to conduct a systematic study of many mobile phones lying still, but today I tried recording my phone—a Samsung Galaxy Ultra S21—lying still on the table for ten minutes.