"Invest in your own experience. Do the work." - Futurist Jim Carroll

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Futurist Jim Carroll is writing a series, The Art of the Infinite Pivot, based on 36 lessons from his 36 years as a solo entrepreneur, working as a nomadic worker in the global freelance economy. The series is unfolding here, and at pivot.jimcarroll.com.
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Yesterday, I told you to waste time on frivolous things.

I encouraged you to play with the "toys" that others dismiss, because that’s where the future hides. But once you find a "toy" that hums with the signal of a major disruptive trend, you have to make a choice: do you stay a spectator, or do you become a practitioner?

The Infinite Pivot requires you to move from "playing" to "doing," and in doing so, developing the critical skills and insight you need to successfully pivot into your next version of you.

A key philosophy I’ve followed throughout my 36-year voyage is that if I’m going to speak or write about a disruptive trend, I’ve got to have hands-on experience with it. I refuse to be a "slideshow strategist" who simply repeats what they read in a trade magazine. If I haven't touched it, I don't feel I have the right to talk about it.

It's one thing to see the "frivolous" potential of a trend; it's another to understand its soul.

So with that being the case, I learn through doing.

Linux as a foundation? I didn't just read about it; I became a Linux geek, building and managing the very server infrastructure that powers my digital presence. Smart home trends? I didn't just buy a hub; I built a living laboratory of interconnected sensors and complex logic. Self-driving cars? I didn't just watch the videos; I invested ten grand in Tesla's FSD. (The hands-on "phantom braking" moments taught me more about the reality of AI than any white paper ever could, and the fact it won't be real for quite some time. DNA-based preventative medicine? I didn't just track the news; I had my 23andMe done and took a deep dive into my personal healthcare genome to see the future of personalized wellness firsthand.

Do you get the point? I can’t go on stage and speak about future trends if I don't have a deep, visceral understanding of those trends.

In an era of shallow, AI-generated summaries and surface-level takes, your greatest competitive advantage is tactile truth. While everyone else is talking about the future, you are busy wiring it. Putting it together.Making it real. Getting into the weeds with it.

Don't just watch the future happen.

Get your hands dirty.

Put in the work.

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Futurist Jim Carroll believes that learning is what most of us are doing for a living.

**#DoTheWork** **#Experience** **#HandsOn** **#Practice** **#Learning** **#Investment** **#Authenticity** **#Tactile** **#Mastery** **#Pivot** **#Depth** **#Practitioner** **#Skills** **#Insight** **#Future** **#Trends** **#Freelance** **#Lessons** **#Effort** **#Building** **#Understanding** **#Authority**

Original post: https://jimcarroll.com/2026/04/decoding-tomorrow-the-infinite-pivot-series-16-invest-in-your-own-experience-do-the-work/

MacBook Neo 2 : pourquoi Apple renoncerait à un écran tactile
https://mac4ever.com/195162
#Mac4Ever #MacBookNeo #Tactile

The Humanoid Hub (@TheHumanoidHub)

강화학습(RL)으로 손 안(in-hand) 스킬(그립 안정성 및 물체 회전)을 학습해 원격조작(teleoperation)을 보조하고, 그 원격조작 데이터를 이용해 힘(force)과 촉각(tactile) 피드백을 융합해 동작을 생성하는 VLA 모델을 학습했다고 보고합니다. 실험은 휴머노이드 하드웨어 'Sharpa'에서 수행되었으며 관련 논문은 arXiv:2603.08122입니다.

https://x.com/TheHumanoidHub/status/2033223493517754828

#robotics #reinforcementlearning #teleoperation #tactile #humanoid

X

X (formerly Twitter)

@rl_dane Unfortunately you are correct. #UserInterface Design, of course, isn't limited to #computers. There aren't too many new #vehicles these days that do *not* have a #touchscreen #infotainment #center. They are a distraction.

<tangent>
Same goes for #synthesizers. Many #digital #synths have gorgeous touchscreens but few #tactile #controls. Menu diving has always been an issue on these devices but it's definitely worsened. A lot of my time architecting new sounds is spend navigating an OS with my fingertips.

On the flip side, these instruments are ridiculously powerful. Multiple SoCs and running #Linux!
</tangent>

I rebuilt my personal logo using hand-coded #SVG, checked out the alignment with #tactile exploration by embossing it while iterating, and then used the design concept to refresh my entire portfolio site, as you do. :) Come check out the latest version of https://marconius.com/
Home - Marco Salsiccia

Portfolio for Marco Salsiccia. Tactile Art with SVG, music, media, accessible coding projects/websites, and past animation and artwork from before going blind.

'e-Flesh'은 3D 프린터, 자석, 자력계만으로 제작 가능한 오픈소스 촉각 센서입니다. 3D 프린트 가능한 미세구조의 변형을 측정해 발자국 감지부터 다지(다손) 로봇 핸드까지 다양한 크기와 형태에 적용 가능해 로봇 전면의 촉각 민주화를 목표로 합니다. 제작·논문 링크 제공.

https://x.com/IlirAliu_/status/2016435125748195360

#tactile #3dprinting #robotics #opensource #sensors

Ilir Aliu - eu/acc (@IlirAliu_) on X

Now all you need to make tactile sensors is a 3D printer, magnets, and magnetometers! [📍It’s open source!] A new tactile sensor, called e-Flesh, with a simple working principle… measure deformations in 3D printable microstructures. Since e-Flesh is 3D printable, you can make

X (formerly Twitter)
@FreeBSDFoundation I regret the lack of any #sensory or #tactile swag in your options. As an example, I'd enjoy a sensory squeeze ball if you offered them.
(This post is being modified)

A collection of tactile pictures for the blind, 1902

Created by Martin Kunz

via blondbrainpowered

#relief
#tactile
#blind