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aszywk.bsky.social
Wil✷
@aszywk.bsky.social
9 followers 7 following 45 posts
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thesteveorlando.bsky.social
I mean come on...Lorenzo and Ruth are in rare form this week!
May 22, 2025 at 6:22 PM
Reposted by Wil✷
rdauterman.bsky.social
VISION & SCARLET WITCH #4 cover! Drawn/colored by me ❤️‍🔥
May 22, 2025 at 8:07 PM
aszywk.bsky.social
Dealing with this in class, working with logic gates and signal decoders is exhausting, I think my real calling will be working with projects.
diveintodiscovery.bsky.social Dive Into Discovery @diveintodiscovery.bsky.social · Mar 1
On March 1, 1893, Nikola Tesla demonstrated radio communication in St. Louis, proving wireless transmission was possible. This laid the foundation for modern radio, influencing communication technologies that revolutionized global information exchange.

#StayCurious #Skystorians #DiveIntoDiscovery
Portrait of Nikola Tesla – The Visionary Engineer This striking black-and-white portrait features Nikola Tesla, one of history’s most brilliant inventors and engineers, known for his groundbreaking contributions to electricity, wireless energy transmission, and radio technology. Tesla is depicted as a young man, likely in his late 30s or early 40s, wearing a finely tailored dark suit with a high-collared white shirt—typical of the late 19th century. His slicked-back hair and well-groomed mustache add to his distinguished look. His piercing gaze and composed expression suggest the sharp intellect and unwavering determination that fueled his scientific pursuits. Tesla’s contributions to science and technology were vast and revolutionary. Born in 1856 in what is now modern-day Croatia, he immigrated to the United States in 1884 and worked under Thomas Edison before branching out on his own. He is best known for developing alternating current (AC) electricity, which became the standard for power transmission across the world. However, his work extended far beyond electrical engineering. On March 1, 1893, Tesla gave the first public demonstration of radio technology in St. Louis, Missouri, proving that wireless communication was possible years before Guglielmo Marconi’s more widely recognized work. Tesla’s discoveries in electromagnetism, resonance, and high-frequency currents formed the foundation for modern radio, X-ray technology, and even early concepts of wireless power transmission. Despite his genius, Tesla’s financial struggles and disputes with competitors, including Edison and Marconi, often left him overlooked in mainstream history. This portrait captures a man whose ideas were far ahead of his time. His work laid the groundwork for radio, radar, wireless communication, and more, shaping the technological advancements that define modern society. Even today, Tesla’s legacy is celebrated, influencing scientists, engineers, and inventors across the globe. Nikola Tesla Demonstrating Wireless Transmission In this rare historical photograph, Nikola Tesla is seen in his laboratory, conducting an experiment with wireless transmission technology. Tesla is dressed formally in a dark suit and white-collared shirt, typical of the late 19th and early 20th centuries. His laboratory is filled with scientific instruments, including early electrical generators and Tesla Coil models. Behind him, detailed engineering diagrams of his devices are pinned to the walls, showcasing his meticulous design process. This image is symbolic of Tesla’s pioneering work in electromagnetism and wireless power transmission, concepts that were revolutionary at the time. Tesla believed that energy could be transmitted wirelessly across great distances, and he spent much of his career trying to prove it. His laboratory was the birthplace of several groundbreaking inventions, including the Tesla Coil, a high-voltage device that could generate massive electrical discharges. On March 1, 1893, Tesla presented the first public demonstration of radio technology in St. Louis, Missouri, years before Marconi’s patents. In this demonstration, he showcased how radio waves could transmit signals without the need for wires. This concept was a precursor to the development of modern radio, radar, and telecommunications. Unfortunately, due to patent disputes and lack of funding, Tesla’s contributions to radio were largely overshadowed by others. This image represents a moment in history where Tesla was actively shaping the future of energy and communication. His vision of a world powered wirelessly remained unrealized during his lifetime, but his ideas continue to inspire modern scientific advancements in wireless charging, space-based energy transmission, and more. Early Tesla Coil Spark Gap Transmitter This black-and-white photograph showcases an early Tesla Coil spark gap transmitter, one of Nikola Tesla’s most famous inventions. This simple yet revolutionary device consists of two large coils on either side, connected by a central apparatus, with a thin wire allowing high-frequency electrical sparks to jump across a gap. Tesla’s coil technology was foundational in early wireless energy research and played a crucial role in radio wave transmission. In 1891, Tesla patented the Tesla Coil, an invention that allowed him to generate extremely high voltages and study wireless power transmission. The device became a fundamental part of his research into electromagnetic waves, alternating current, and radio communication. By using a spark gap transmitter like the one in this image, Tesla was able to demonstrate the transmission of energy without wires, an idea that was decades ahead of its time. Tesla’s work with high-frequency currents and wireless energy transfer led to numerous advancements in radio technology, X-ray imaging, and even early forms of remote control. The March 1, 1893, demonstration in St. Louis showcased his theories on wireless transmission, marking a turning point in how the world understood electricity and radio waves. Although Tesla never received full credit for his contributions to radio and telecommunications, his spark gap transmitters and wireless power experiments remain some of the most influential discoveries in electrical engineering history. This image serves as a testament to his enduring legacy, highlighting the technology that shaped modern television, radio, and satellite communications. Diagram of a Tesla Coil Wireless Circuit This technical diagram presents the schematic of a Tesla Coil-based wireless circuit, an invention that was crucial in Tesla’s experiments on wireless power transmission. The drawing, meticulously detailed, highlights key components such as inductors, capacitors, and primary/secondary coils. This diagram represents Tesla’s bold vision of a world powered without wires, an idea he attempted to prove in the late 19th and early 20th centuries. On March 1, 1893, Tesla delivered a lecture on wireless energy transmission in St. Louis, showing how electricity could travel through the air using a system similar to what is represented in this image. This lecture was one of the earliest demonstrations of radio wave transmission, years before Marconi’s work. Tesla’s research indicated that entire cities could be powered wirelessly, a concept he later attempted to prove with his Wardenclyffe Tower project, which sought to transmit free energy globally. This diagram illustrates Tesla’s understanding of resonant inductive coupling, a principle still used today in wireless charging technology, including smartphone chargers, electric vehicle charging pads, and even experimental space-based energy transmission. Though Tesla’s grand vision of wireless energy was never fully realized, his work in radio waves, electromagnetic fields, and wireless transmission influenced nearly every aspect of modern electronics and telecommunications. This hand-drawn schematic captures the genius of one of the greatest minds in electrical engineering. Tesla’s scientific discoveries and futuristic ideas continue to inspire researchers and engineers worldwide, shaping the future of energy distribution and wireless communication.
March 5, 2025 at 7:08 PM
aszywk.bsky.social
@thesteveorlando.bsky.social Steve,It's already 6pm, where's the cover for issue 11 of Scarlet Witch? There's a child crying here 😭
January 23, 2025 at 9:12 PM
aszywk.bsky.social
@thesteveorlando.bsky.social Hello again Steve, I've come to bother you with a question that came to mind, which song do you think Wanda would identify with? I thought in Good Things Go- Linkin Park, however, I believe she would like it, but she wouldn't say "that's me". Do you have any suggestions?
January 7, 2025 at 12:51 AM
aszywk.bsky.social
Bom acordei bem, vi que meu maior desejo desse mundo posto story, fui lá ver... Era na praia com a atual comemorando 1 ano talvez....

Enfim né seguindo
September 12, 2024 at 3:08 PM
aszywk.bsky.social
Foda não ter twt, sdds da minha conta principal
September 12, 2024 at 3:06 PM
aszywk.bsky.social
Odiei, aqui não me aparece os conteúdos que eu consumia no twt
August 31, 2024 at 4:26 AM
aszywk.bsky.social
@thesteveorlando.bsky.social

Hi Steve, I'm glad you answered a curiosity of mine! With the previews of SW#4, what if NeverQ could see things as fiction outside of her realm, which would make sense since Daath encompasses all the others, will we see more interaction between her and Wanda?
August 31, 2024 at 3:52 AM