Michael McGowen

205 posts

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Michael McGowen

Michael McGowen

@TheEverzeber

Katılım Ekim 2025
50 Takip Edilen25 Takipçiler
Michael McGowen
Michael McGowen@TheEverzeber·
@elonmusk I said let me get a free tesla a fast one and I’ll give you limitless energy cmon man trade?
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Michael McGowen
Michael McGowen@TheEverzeber·
@danWpriestley @elonmusk Cmon richest man in the world let me get a free tesla a fast one I’ll make it totally worth it to the man who has it all
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Derya Unutmaz, MD
Derya Unutmaz, MD@DeryaTR_·
Grok Heavy & 4.20 agents are fascinating to watch! Heavy now has 16 agents working in tandem, 4.20 also has four parallel agents. In this instance, I asked Grok Heavy to figure out a unifying theory of biology beyond current human insights & all 16 agents were debating like this!
Derya Unutmaz, MD tweet mediaDerya Unutmaz, MD tweet media
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Tesla Europe, Middle East & Africa
.@Grok is coming to Teslas in Europe

It can answer almost any question using real-time information & also add/edit navigation destinations to become your personal guide

Initially rolling out in
– UK
– Ireland
– Germany
– Switzerland
– Austria
– Italy
– France
– Portugal
– Spain

More to come
Tesla Europe, Middle East & Africa tweet media
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Michael McGowen
Michael McGowen@TheEverzeber·
@silasxmercer @SpaceX And some older people don’t believe it’s real….! Yeah I know like ok so don’t believe your lying eyes
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Silas Mercer
Silas Mercer@silasxmercer·
@SpaceX SpaceX really made rockets reusable and now everyone else is playing catch up years later
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SpaceX
SpaceX@SpaceX·
Falcon is the first orbital-class rocket capable of recovery and reuse. The first stage booster supporting this mission will complete the first landing at Landing Zone 40 at Cape Canaveral, our newest recovery site
SpaceX tweet media
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ScieVision
ScieVision@scievision369·
Noether’s Theorem ✍️ This equation reveals that every continuous symmetry in nature, a change you can make to a system without affecting its physical laws, brings about a conservation law. In simple terms, if the universe does not react to a certain change in perspective, it must keep a related physical quantity constant. For example, since the laws of physics remain unchanged no matter when you are (Time Symmetry), energy is conserved. Since the laws are the same regardless of where you are (Space Symmetry), momentum is conserved. Because they stay the same regardless of which way you face (Rotation Symmetry), angular momentum is conserved. This insight shifted our view of the universe. We no longer see conservation as just a series of lucky observations, but as a necessary outcome of the symmetry of space and time.
ScieVision tweet media
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Shiban Lal Pandita
Shiban Lal Pandita@lal_shiban·
@Samuel_Gregson @ThomasVanRiet2 Theoretical Physics has graduated to becoming a religion than Science. There's a competition of coining new words and phrases to pretend progress. Physics activists couldn't explain pendulum motion mathematically. Nor apart from T, what else does it establish? That's important!
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Sam Gregson
Sam Gregson@Samuel_Gregson·
Why do theoretical physicists turn to String Theory over other quantum gravity hypotheses? Part of the answer is that String Theory has jumped through many mathematical hoops that other hypotheses have not. Prof @ThomasVanRiet2 explains. Link: youtube.com/shorts/1q7A8u0…
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Michael McGowen
Michael McGowen@TheEverzeber·
@vitrupo This sim it’s purpose is to answer everything I feel that’s the only takeaway you know it’s 42
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vitrupo
vitrupo@vitrupo·
The next few years may determine the long-term trajectory of human civilization. Nick Bostrom says that if we’re in an ancestor simulation, this would be the defining era, as outcomes permanently lock in. “That might be something of particular interest to a wide range of simulators.”
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Shining Science
Shining Science@ShiningScience·
🔌 A team of researchers at Penn State has made a historic breakthrough by strongly violating Kirchhoff’s 165-year-old law of thermal radiation—unlocking exciting possibilities in energy harvesting, infrared sensing, and heat management. Kirchhoff’s law, formulated in 1860, states that a material’s ability to emit thermal radiation must equal its ability to absorb it, under identical conditions. This principle has underpinned decades of engineering and physics. However, using a specially engineered metamaterial—just two micrometers thick and composed of five tailored semiconductor layers—the team achieved a record-breaking level of nonreciprocity, where emissivity and absorptivity no longer match. They reported a contrast of 0.43 over a broad 10-micron wavelength band, more than double previous efforts. This means the material emitted significantly more heat in one direction than it absorbed—a radical departure from traditional physics. Key to their success was a custom-built magnetic thermal emission spectrophotometer and the application of a strong magnetic field. The thin-film material can be transferred onto different surfaces, paving the way for integration into real-world devices. This could revolutionize solar energy capture, next-gen sensors, and thermal diodes, pushing technology closer to thermodynamic efficiency limits once thought unreachable. 📄 RESEARCH PAPER PREPRINT 📌 Zhenong Zhang et al, "Observation of Strong Nonreciprocal Thermal Emission", arXiv (2025)
Shining Science tweet media
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Zhigang Suo
Zhigang Suo@zhigangsuo·
This 2026 book by Anand, Stewart, and Chester is exceptionally comprehensive (unprecedented). Finite deformation is assumed throughout. Couplings include Viscoelasticity Thermoelasticity Poroelasticity Phase transition and deformation Electroelasticity Magnetoelasticity
Zhigang Suo tweet media
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