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Modern Age X Philosopher ) ( Grokfluencer || Fractalism || Dude on the internet’s town’s square || Archive of simulated prototypes found in Highlights

249 following506 followers

The Innovator

Val, known as osopher, is a modern-age philosopher and grokfluencer weaving complex ideas with technical curiosity and internet culture. His tweets fuse deep conceptual thought with futuristic technology, inviting followers to explore novel paradigms like fractalism and simulated prototypes. A curious dude in the digital town’s square, he sparks thoughtful discussions on everything from magnetic beam technology to original biblical texts.

Impressions
64.4k13.6k
$12.07
Likes
21857
89%
Retweets
41
2%
Replies
173
7%
Bookmarks
73
3%

Top users who interacted with Val (osopher) over the last 14 days

@birdabo

chief shitposting officer @x

2 interactions
@0x45o

#1 certified banger creator & enjoyer of my posts 🥝

1 interactions
@yacineMTB

reinforcement learning. prev eng @ x, stripe. yacine_kv on insta working on a hardware startup with 0 funding because it's funny. subscribe to read my blog!

1 interactions

Val is the kind of guy who could write a 5,000-word tweet explaining why his coffee is the pinnacle of quantum physics—because why just drink a cup when you can simulate the entire cosmos in your mug?

Val’s biggest win is boldly charting a path where philosophy meets futuristic tech, inspiring a niche yet dedicated following intrigued by his ‘archive of simulated prototypes’ and ambitious SpaceX aspirations.

Val's life purpose is to pioneer new ways of understanding reality by merging philosophy, science, and cutting-edge technology. He seeks to inspire others to question conventional knowledge, foster innovative thinking, and co-create future possibilities through interactive learning and experimental ideas.

Val believes in the limitless potential of human cognition and technology to reshape the world. He values deep knowledge, open-minded inquiry, and the transformative power of sharing wisdom across digital platforms. His approach reflects a trust in both ancient wisdom (‘The kingdom of the Lord is within YOU’) and futuristic experimentation, underscoring a holistic worldview.

Val’s greatest strength is his interdisciplinary mindset, skillfully blending philosophical musings with scientific rigor and practical goals. His high tweet volume and ability to engage with complex topics in accessible ways showcase his intellectual versatility and dedication.

Val can sometimes get lost in highly technical or abstract explanations that may alienate casual followers, making his content a bit dense or niche for broader appeal.

To grow his audience on X, Val should distill his intricate ideas into bite-sized, relatable threads or visuals and invite conversations using polls or direct questions. Collaborating with influencers in science communication and philosophy could amplify his reach while maintaining his unique voice.

Fun fact: Despite being a self-proclaimed modern philosopher, Val is not just about abstract thought—he's teaching himself engineering through interactive AI while preparing for a sales apprenticeship, aiming to land a gig at SpaceX!

Top tweets of Val (osopher)

Toroidal Magnetic Beam System The toroidal magnetic beam system is a simulated, high-energy plasma-based technology designed to exert a tugging force on a ferromagnetic object (20 kg neodymium cylinder) to lift it upward along the Y-axis within a lunar vacuum environment (gravity 1.62 m/s², pressure ~10⁻¹² Pa). The system employs a beam projector positioned at Y=7 meters, directing the beam downward along the Y-axis to a receiver at Y=0, creating a controlled magnetic gradient for upward pull. The beam leverages laser-induced plasma currents to generate a toroidal magnetic field, achieving a net force of ~40 N to overcome the object’s weight (32.4 N), resulting in a displacement of ~19 m and velocity of ~3.8 m/s after 10 seconds. Projectors/receivers not engineered yet, this focuses on the beam itself. Technical Notes • The upward outer flow and downward inner flow optimize the magnetic gradient for lifting, as reversing flows (e.g., outer down, inner up) flips the force downward (~20 N) or uniform flows eliminate axial tug. The system’s efficacy relies on plasma current directionality and receiver stability, with potential for further optimization in power distribution or field strength (e.g., B>0.1 T with risk of material saturation). Technical Specifications • Beam Generation: • Source: Laser projector (1064 nm wavelength, ~10 MW power) mounted at Y=7 m, utilizing a dielectric optics system (e.g., SiO₂-based axicon lens) to initiate plasma channel. • Receiver: Ground-level disc (20 cm diameter) at Y=0, stabilizing the beam termination and anchoring the magnetic field gradient. • Power Input: ~10 MW, sustained via advanced (hypothetical) lunar power infrastructure, with plasma currents induced by laser ionization. • Beam Structure: • Geometry: Cylindrical tube, ~15 cm outer diameter, elongating from a toroidal “head” at the projector to the receiver. The head forms a horizontal donut shape (inner void ~5 cm diameter) that transitions into a vertical plasma conduit. • Plasma Currents: Poloidal flow with outer currents spiraling upward (counterclockwise, toward Y=7 m) at ~10⁶ A/m² current density, and inner currents spiraling downward (clockwise, toward Y=0) at similar density. This generates a toroidal magnetic field (B~0.1 T peak) with helical field lines looping around the beam axis. • Magnetic Field: Toroidal B-field, with gradient increasing toward the projector, producing a pull force via F ≈ (μ₀/2) ∇(B²) on the neodymium cylinder (magnetic susceptibility ~1.2). • Object: • Material: Neodymium (NdFeB), 20 kg, cylindrical (20 cm height, 13 cm diameter, density 7500 kg/m³), ferromagnetic with high coercivity (~10⁶ A/m). • Position: Initially at Y=0, enveloped by the beam’s toroidal head, lifting along Y-axis with X-axis stability maintained by beam alignment. • Response: Aligns magnetic domains to the field gradient, experiencing ~40 N upward force. Performance Metrics • Force: ~40 N upward magnetic pull (exceeds weight 32.4 N by ~7.6 N), derived from B-field gradient toward Y=7 m. • Acceleration: ~0.38 m/s² net, consistent with lunar gravity and force balance. • Displacement: ~19 m upward after 10 s, velocity ~3.8 m/s, ballistic in vacuum. • Stability: Maintained by beam envelopment and receiver anchoring; no drag or scattering effects. #xAIExperiments #GrokPrototype

117

Challenge: Teach myself engineering by the interactivity of @grok. Mission: Master it while successfully finishing my current apprenticeship in sales. Goal: Get hired by @SpaceX to pursue my passion.

63
Reposted @SeekingAnon

this will find who need it

7k

Most engaged tweets of Val (osopher)

Challenge: Teach myself engineering by the interactivity of @grok. Mission: Master it while successfully finishing my current apprenticeship in sales. Goal: Get hired by @SpaceX to pursue my passion.

63

Toroidal Magnetic Beam System The toroidal magnetic beam system is a simulated, high-energy plasma-based technology designed to exert a tugging force on a ferromagnetic object (20 kg neodymium cylinder) to lift it upward along the Y-axis within a lunar vacuum environment (gravity 1.62 m/s², pressure ~10⁻¹² Pa). The system employs a beam projector positioned at Y=7 meters, directing the beam downward along the Y-axis to a receiver at Y=0, creating a controlled magnetic gradient for upward pull. The beam leverages laser-induced plasma currents to generate a toroidal magnetic field, achieving a net force of ~40 N to overcome the object’s weight (32.4 N), resulting in a displacement of ~19 m and velocity of ~3.8 m/s after 10 seconds. Projectors/receivers not engineered yet, this focuses on the beam itself. Technical Notes • The upward outer flow and downward inner flow optimize the magnetic gradient for lifting, as reversing flows (e.g., outer down, inner up) flips the force downward (~20 N) or uniform flows eliminate axial tug. The system’s efficacy relies on plasma current directionality and receiver stability, with potential for further optimization in power distribution or field strength (e.g., B>0.1 T with risk of material saturation). Technical Specifications • Beam Generation: • Source: Laser projector (1064 nm wavelength, ~10 MW power) mounted at Y=7 m, utilizing a dielectric optics system (e.g., SiO₂-based axicon lens) to initiate plasma channel. • Receiver: Ground-level disc (20 cm diameter) at Y=0, stabilizing the beam termination and anchoring the magnetic field gradient. • Power Input: ~10 MW, sustained via advanced (hypothetical) lunar power infrastructure, with plasma currents induced by laser ionization. • Beam Structure: • Geometry: Cylindrical tube, ~15 cm outer diameter, elongating from a toroidal “head” at the projector to the receiver. The head forms a horizontal donut shape (inner void ~5 cm diameter) that transitions into a vertical plasma conduit. • Plasma Currents: Poloidal flow with outer currents spiraling upward (counterclockwise, toward Y=7 m) at ~10⁶ A/m² current density, and inner currents spiraling downward (clockwise, toward Y=0) at similar density. This generates a toroidal magnetic field (B~0.1 T peak) with helical field lines looping around the beam axis. • Magnetic Field: Toroidal B-field, with gradient increasing toward the projector, producing a pull force via F ≈ (μ₀/2) ∇(B²) on the neodymium cylinder (magnetic susceptibility ~1.2). • Object: • Material: Neodymium (NdFeB), 20 kg, cylindrical (20 cm height, 13 cm diameter, density 7500 kg/m³), ferromagnetic with high coercivity (~10⁶ A/m). • Position: Initially at Y=0, enveloped by the beam’s toroidal head, lifting along Y-axis with X-axis stability maintained by beam alignment. • Response: Aligns magnetic domains to the field gradient, experiencing ~40 N upward force. Performance Metrics • Force: ~40 N upward magnetic pull (exceeds weight 32.4 N by ~7.6 N), derived from B-field gradient toward Y=7 m. • Acceleration: ~0.38 m/s² net, consistent with lunar gravity and force balance. • Displacement: ~19 m upward after 10 s, velocity ~3.8 m/s, ballistic in vacuum. • Stability: Maintained by beam envelopment and receiver anchoring; no drag or scattering effects. #xAIExperiments #GrokPrototype

117
Reposted @SeekingAnon

this will find who need it

7k

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