Arjen Dijksman (@materion) 's Twitter Profile
Arjen Dijksman

@materion

Nature & people lover. HR Information Systems. Anecdotal history. Feynmanian. PhD. Quantum dots.
All we do is draw little arrows on a piece of paper, that's all

ID: 18483888

linkhttp://commonsensequantum.blogspot.com/ calendar_today30-12-2008 18:26:23

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Arjen Dijksman (@materion) 's Twitter Profile Photo

Chatgpt discussion about my needles quantum model. Reply #6. A compelling geometric and physical interpretation of quantum mechanics. commonsensequantum.blogspot.com/2025/06/quantu…

Arjen Dijksman (@materion) 's Twitter Profile Photo

Quantum Mechanics modeled by massless rigid spinning needles. Chatgpt reply #7. Compatibility With Bell Test Results. commonsensequantum.blogspot.com/2025/06/quantu…

Arjen Dijksman (@materion) 's Twitter Profile Photo

Bottom line of my chatgpt discussion: Schrödinger 's equation is valid for any spinning rigid linear object, like arrows, needles, rods... at any scale. That's why it is useful to think of electrons and photons as tiny little arrows. #QuantumIsNotWeird

Bottom line of my chatgpt discussion: Schrödinger 's equation is valid for any spinning rigid linear object, like arrows, needles, rods... at any scale. That's why it is useful to think of electrons and photons as tiny little arrows. #QuantumIsNotWeird
Arjen Dijksman (@materion) 's Twitter Profile Photo

How to view the Schrödinger equation intuitively: think of it as describing the spinning motion of a rigid arrow in real space. #QuantumIsNotWeird

How to view the Schrödinger equation intuitively: think of it as describing the spinning motion of a rigid arrow in real space. #QuantumIsNotWeird
Arjen Dijksman (@materion) 's Twitter Profile Photo

Schrödinger’s equation describes a spinning arrow. Measurement = collision between such arrows, spinning in phase. Probability of interaction: P=∣⟨ψ1∣ψ2⟩∣2 P = |\langle \psi_1 | \psi_2 \rangle|^2 The Born rule emerges from geometric alignment — not mystery.

Arjen Dijksman (@materion) 's Twitter Profile Photo

How to extend Pythagoras? Sliding rectangles reveal 1/sin(α), 1/cos(α), keeping area constant. Legacy geometry worth seeing: commonsensequantum.blogspot.com/2025/08/slidin…

How to extend Pythagoras? Sliding rectangles reveal 1/sin(α), 1/cos(α), keeping area constant.

Legacy geometry worth seeing: commonsensequantum.blogspot.com/2025/08/slidin…
Arjen Dijksman (@materion) 's Twitter Profile Photo

Can my angle triplication construction be considered as a proof of Morley theorem? math.stackexchange.com/q/5089222/1674…

Can my angle triplication construction be considered as a proof of Morley theorem? math.stackexchange.com/q/5089222/1674…
Thony Christie (he/his/him) (@rmathematicus) 's Twitter Profile Photo

Everything you wanted to know about solar eclipses, actual and historical, and didn't know where to ask, Michael Zeiler has launched the online Eclipse Atlas #histsci eclipseatlas.com

Arjen Dijksman (@materion) 's Twitter Profile Photo

A vesica pisces extension of the central angle theorem. A 1 ⁣: ⁣2 ⁣: ⁣3 ⁣: ⁣4 ⁣: ⁣6 angle pattern math.stackexchange.com/q/5091090/1674…

A vesica pisces extension of the central angle theorem. A 1 ⁣: ⁣2 ⁣: ⁣3 ⁣: ⁣4 ⁣: ⁣6 angle pattern 
math.stackexchange.com/q/5091090/1674…
Cliff Pickover (@pickover) 's Twitter Profile Photo

Mathematics and mystery. Strange universe. Look at all the beautiful square roots, piling up like little toy soldiers, marching toward infinity, from left to right. Image sent to me by Arjen Dijksman, Arjen Dijksman. Source: geogebra.org/m/kkwtpzbt

Mathematics and mystery.  Strange universe.

Look at all the beautiful square roots, piling up like little toy soldiers, marching toward infinity, from left to right.

Image sent to me by Arjen Dijksman, <a href="/materion/">Arjen Dijksman</a>. Source: geogebra.org/m/kkwtpzbt
Mu Meson (@therealmumeson) 's Twitter Profile Photo

Arjen Dijksman Dino Ducci EVE is a logic engine that governs logic systems - from AI, autonomous vehicles (be they street worthy or ballistic), systems and networks. At this point, it's infallible because if any fault occurs, then it gets reported, with its full history, for review.

Mu Meson (@therealmumeson) 's Twitter Profile Photo

Arjen Dijksman Dino Ducci It took me longer to get the PDF than it took EVE to process it. 😄 Keep in mind there is an entire write-up that I'm not showing that supports the verdict. That stuff is proprietary and protected (trade secrets).

<a href="/materion/">Arjen Dijksman</a> <a href="/DinoDucci/">Dino Ducci</a> It took me longer to get the PDF than it took EVE to process it. 😄 Keep in mind there is an entire write-up that I'm not showing that supports the verdict. That stuff is proprietary and protected (trade secrets).
Arjen Dijksman (@materion) 's Twitter Profile Photo

Today August 24, I remember my great-grandfather Arie Albertus van den Broeck, blacksmith in De Kaag. He passed away exactly a century ago, in 1925. With my great-grandmother, he raised a beautiful family of 8 children. In this picture of 1913 he poses his hand on a horse❤️

Today August 24, I remember my great-grandfather Arie Albertus van den Broeck, blacksmith in De Kaag. He passed away exactly a century ago, in 1925. With my great-grandmother, he raised a beautiful family of 8 children. In this picture of 1913 he poses his hand on a horse❤️
Arjen Dijksman (@materion) 's Twitter Profile Photo

Morley's equilateral triangle appears in any triangle whose angles are trisected. I tried to explain that it is not a consequence of trisection, but a consequence of tripling an angle. math.stackexchange.com/questions/5089…

Morley's equilateral triangle appears in any triangle whose angles are trisected. I tried to explain that it is not a consequence of trisection, but a consequence of tripling an angle. math.stackexchange.com/questions/5089…