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This machinetakes flat aluminum sheet and produces complex 3D products - up to 110 parts per hour. ❓The question everyone asks: how does it rotate the sheet? Look at the center of the bed. There's a channel running through it where a vacuum suction manipulator grips the sheet from... show more

Jack 🤖

14,002 subscribers

98,068 просмотров • 9 месяцев назад •via X (Twitter)

Образование Наука и технологии

Anya Rossi• Live Now

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Shane Wighton, from the YouTube channel Stuff Made Here, used 3D-printed tooling to form a sheet metal component as part of a concept validation process. Metal manufacturing is essential for all areas of the economy. Because of their strength, stiffness, and long-term durability, metal components are used in applications from appliances to construction parts and car body panels. Traditional metal manufacturing techniques include forming, casting, molding, joining, and machining. Sheet metal forming involves various processes where force is applied to a piece of sheet metal to plastically deform the material into the desired shape, modifying its geometry rather than removing any material. Sheet metals can be bent or stretched into a variety of complex shapes, permitting the creation of complex structures with great strength and a minimum amount of material. Sheet metal forming is the most cost-effective forming procedure today for manufacturing parts in large quantities. It can be highly automated in factories or, at the other end of the spectrum, manually operated in metal workshops for small series parts. It is a versatile, consistent, and high-quality procedure to create accurate metal parts with limited material waste. From metal cans to protective housing for hardware, parts created by sheet metal forming are found everywhere in our daily lives. In this article, learn the basics of sheet metals, the various sheet metal forming processes, and how to reduce the cost of sheet metal forming with rapid tooling and 3D printed dies. For a detailed overview and the step-by-step method, watch our webinar or download our white paper: Research conducted by Shane Wighton. Check out the fantastic 15-minute video on his YouTube channel 'Stuff Made Here'! its top-notch engineering content.:

Shane Wighton, from the YouTube channel Stuff Made Here, used 3D-printed tooling to form a sheet metal component as part of a concept validation process. Metal manufacturing is essential for all areas of the economy. Because of their strength, stiffness, and long-term durability, metal components are used in applications from appliances to construction parts and car body panels. Traditional metal manufacturing techniques include forming, casting, molding, joining, and machining. Sheet metal forming involves various processes where force is applied to a piece of sheet metal to plastically deform the material into the desired shape, modifying its geometry rather than removing any material. Sheet metals can be bent or stretched into a variety of complex shapes, permitting the creation of complex structures with great strength and a minimum amount of material. Sheet metal forming is the most cost-effective forming procedure today for manufacturing parts in large quantities. It can be highly automated in factories or, at the other end of the spectrum, manually operated in metal workshops for small series parts. It is a versatile, consistent, and high-quality procedure to create accurate metal parts with limited material waste. From metal cans to protective housing for hardware, parts created by sheet metal forming are found everywhere in our daily lives. In this article, learn the basics of sheet metals, the various sheet metal forming processes, and how to reduce the cost of sheet metal forming with rapid tooling and 3D printed dies. For a detailed overview and the step-by-step method, watch our webinar or download our white paper: Research conducted by Shane Wighton. Check out the fantastic 15-minute video on his YouTube channel 'Stuff Made Here'! its top-notch engineering content.:

Formlabs

39,948 просмотров • 1 год назад

Raw footage of the first ever flight of our concept craft at the DARPA Lift comp. From a blank sheet to flying in 3 months. (Give or take a couple weeks) This was also the first time we spun her up with the blades installed. A master class in "fuck it, we ball."

Raw footage of the first ever flight of our concept craft at the DARPA Lift comp. From a blank sheet to flying in 3 months. (Give or take a couple weeks) This was also the first time we spun her up with the blades installed. A master class in "fuck it, we ball."

T.Pieper

18,185 просмотров • 12 дней назад

South Korean researchers built a paper-thin robot that squeezes through 3mm gaps and lifts 70x (!) its weight. The flexible robotic "sheet" mimicks myosin, the protein that powers muscle contractions in your body. Inside the sheet are dozens of microscopic air chambers stacked in layers. When air flows through them in a specific sequence, tiny feet move like muscles pushing and returning. Each foot repeats a simple push-and-return motion, allowing the robot to travel long distances with small movements. In demos, it navigated through a pipe with just 3 millimeters of clearance while carrying a camera 23x heavier than itself. The team also attached it to a standard 2-finger gripper, instantly giving it the ability to rotate and reposition objects mid-air without moving the arm. One day this could be used in minimally invasive surgery, allowing robots to navigate through the body's smallest passages.

South Korean researchers built a paper-thin robot that squeezes through 3mm gaps and lifts 70x (!) its weight. The flexible robotic "sheet" mimicks myosin, the protein that powers muscle contractions in your body. Inside the sheet are dozens of microscopic air chambers stacked in layers. When air flows through them in a specific sequence, tiny feet move like muscles pushing and returning. Each foot repeats a simple push-and-return motion, allowing the robot to travel long distances with small movements. In demos, it navigated through a pipe with just 3 millimeters of clearance while carrying a camera 23x heavier than itself. The team also attached it to a standard 2-finger gripper, instantly giving it the ability to rotate and reposition objects mid-air without moving the arm. One day this could be used in minimally invasive surgery, allowing robots to navigate through the body's smallest passages.

Rowan Cheung

53,358 просмотров • 5 месяцев назад

This woman has had it with all of us who still can’t fold a fitted sheet. She’s yelling the whole time like she’s personally offended that some of us are still out here balling them up and shoving them in the closet. It feels exactly like my mom teaching me for the 100th time while I stand there pretending I understand. Fitted sheets remain my greatest enemy… and she’s not letting any of us off the hook. Be honest… are you still just balling yours up? Life is too short to fight with a fitted sheet, just ball it up and hide it under your nicely folded flat sheet. That's what I think.

This woman has had it with all of us who still can’t fold a fitted sheet. She’s yelling the whole time like she’s personally offended that some of us are still out here balling them up and shoving them in the closet. It feels exactly like my mom teaching me for the 100th time while I stand there pretending I understand. Fitted sheets remain my greatest enemy… and she’s not letting any of us off the hook. Be honest… are you still just balling yours up? Life is too short to fight with a fitted sheet, just ball it up and hide it under your nicely folded flat sheet. That's what I think.

End3of6Days9 (Helen) 🇺🇸

290,498 просмотров • 1 месяц назад

Would you look at that!! 🔥👇🏼 “Anybody’s in any kind of construction knows OSB used to be over f*cking $25 a sheet… And for the last year, it was over $17 a sheet. Walk in today, $9.71 a f*cking sheet. It dropped almost half price. Boys, this is coming from Canada… Trump is working out those tariff deals and our lumber is getting cheaper, boys. Prices are going down.”

Would you look at that!! 🔥👇🏼 “Anybody’s in any kind of construction knows OSB used to be over fcking $25 a sheet… And for the last year, it was over $17 a sheet. Walk in today, $9.71 a fcking sheet. It dropped almost half price. Boys, this is coming from Canada… Trump is working out those tariff deals and our lumber is getting cheaper, boys. Prices are going down.”

TONY™

2,018,670 просмотров • 5 месяцев назад

What goes into building a high-performance solar panel? It starts with ultra-clear solar glass engineered to maximize light transmission and protect every cell beneath it. Before production even begins, each sheet is automatically inspected and flex-tested to ensure durability on the line and in the field. This is Stage 1 of how we manufacture solar panels at T1.

What goes into building a high-performance solar panel? It starts with ultra-clear solar glass engineered to maximize light transmission and protect every cell beneath it. Before production even begins, each sheet is automatically inspected and flex-tested to ensure durability on the line and in the field. This is Stage 1 of how we manufacture solar panels at T1.

T1 Energy

1,295,846 просмотров • 3 месяцев назад

In my last podcast, I had mentioned a custom Google sheet that I maintain to get a sense of market breadth. Not sure why I didn't open it up earlier but here it is - I have enlisted stocks above 1000Cr market cap in the Tickers sheet. A script runs at different times in the day to pick up aggregates that are appended to the History sheet. Let me know if you find any errors in the formulae or have suggestions for new additions that might be insightful. Also curious to hear about how you use the data in this sheet for your own trades. I personally rely on the % of stocks above 40DMA number to figure out strength in the market. During periods where I am not actively going through charts, I check if this number is above or below 40 to get a general sense of whether this is a strong market or not. Happy trading! 😃

In my last podcast, I had mentioned a custom Google sheet that I maintain to get a sense of market breadth. Not sure why I didn't open it up earlier but here it is - I have enlisted stocks above 1000Cr market cap in the Tickers sheet. A script runs at different times in the day to pick up aggregates that are appended to the History sheet. Let me know if you find any errors in the formulae or have suggestions for new additions that might be insightful. Also curious to hear about how you use the data in this sheet for your own trades. I personally rely on the % of stocks above 40DMA number to figure out strength in the market. During periods where I am not actively going through charts, I check if this number is above or below 40 to get a general sense of whether this is a strong market or not. Happy trading! 😃

Ashwin Raghavan

156,812 просмотров • 7 месяцев назад

Strive (ASST) is set up to absolutely moon. The catapult has been loaded. ASST holders might have this question: What happens to common equity if Bitcoin rises and the balance sheet either stays static or keeps accumulating through SATA issuance? Using CEBE math, I modeled two scenarios with Bitcoin going from roughly $68.5k to $126k. Scenario 1: Static balance sheet No new Bitcoin. No new SATA. No additional capital formation. Just the existing balance sheet riding Bitcoin higher. In that scenario, ASST goes from roughly $15.86 to $37.24. That is still a very strong outcome, because the company’s existing Bitcoin exposure appreciates and CEBE per share rises as fixed senior claims shrink in BTC terms. At $126k Bitcoin, CEBE reaches roughly 17,488 sats per share. $37.24 stock price with the multiple staying flat and zero new Bitcoin purchased :) Scenario 2: $200 million of SATA issued every month Same Bitcoin path. Same starting point. But Strive adds $200 million of SATA every month and uses it to acquire more Bitcoin. In this scenario, the stock goes from roughly $15.86 to $54.21. CEBE rises to roughly 25,456 sats per share. The Bitcoin stack grows from about 19,000 BTC to roughly 45,900 BTC. This is where the mechanism gets violent. The static balance sheet benefits from Bitcoin appreciation. The SATA issuance scenario benefits from Bitcoin appreciation plus monthly balance sheet expansion. That means the common equity is not simply waiting for Bitcoin to go up. It is watching the company potentially compound its Bitcoin exposure while the denominator gets partially protected by the capital structure. At the end of the model: Static case: $37.24 stock price SATA monthly case: $54.21 stock price Difference: +$16.97 per share Relative uplift: about 45.6% If SATA issuance is done at attractive terms and deployed into Bitcoin, the common wins big after Bitcoin moons. That is the whole game. This is amplified Bitcoin. And if the market starts pricing that correctly, the stock does not merely track Bitcoin. It can re-rate around the speed and quality of true Bitcoin-per-share growth:

Strive (ASST) is set up to absolutely moon. The catapult has been loaded. ASST holders might have this question: What happens to common equity if Bitcoin rises and the balance sheet either stays static or keeps accumulating through SATA issuance? Using CEBE math, I modeled two scenarios with Bitcoin going from roughly $68.5k to $126k. Scenario 1: Static balance sheet No new Bitcoin. No new SATA. No additional capital formation. Just the existing balance sheet riding Bitcoin higher. In that scenario, ASST goes from roughly $15.86 to $37.24. That is still a very strong outcome, because the company’s existing Bitcoin exposure appreciates and CEBE per share rises as fixed senior claims shrink in BTC terms. At $126k Bitcoin, CEBE reaches roughly 17,488 sats per share. $37.24 stock price with the multiple staying flat and zero new Bitcoin purchased :) Scenario 2: $200 million of SATA issued every month Same Bitcoin path. Same starting point. But Strive adds $200 million of SATA every month and uses it to acquire more Bitcoin. In this scenario, the stock goes from roughly $15.86 to $54.21. CEBE rises to roughly 25,456 sats per share. The Bitcoin stack grows from about 19,000 BTC to roughly 45,900 BTC. This is where the mechanism gets violent. The static balance sheet benefits from Bitcoin appreciation. The SATA issuance scenario benefits from Bitcoin appreciation plus monthly balance sheet expansion. That means the common equity is not simply waiting for Bitcoin to go up. It is watching the company potentially compound its Bitcoin exposure while the denominator gets partially protected by the capital structure. At the end of the model: Static case: $37.24 stock price SATA monthly case: $54.21 stock price Difference: +$16.97 per share Relative uplift: about 45.6% If SATA issuance is done at attractive terms and deployed into Bitcoin, the common wins big after Bitcoin moons. That is the whole game. This is amplified Bitcoin. And if the market starts pricing that correctly, the stock does not merely track Bitcoin. It can re-rate around the speed and quality of true Bitcoin-per-share growth:

Adam Livingston

14,499 просмотров • 3 месяцев назад

PRESIDENT TRUMP is ready to tango with the goat fckers in Iran and Vance just made it clear: The president has PLENTY of options to decimate. I say one fail swoop and turn the entirety of where the enemies are into a glass sheet. That's the quickest way to end this once and for all.

PRESIDENT TRUMP is ready to tango with the goat fckers in Iran and Vance just made it clear: The president has PLENTY of options to decimate. I say one fail swoop and turn the entirety of where the enemies are into a glass sheet. That's the quickest way to end this once and for all.

Gunther Eagleman™

121,172 просмотров • 6 месяцев назад

At the peak of the last ice age, North America was covered by not one but two separate and massive ice sheets - distinct from the Greenland ice sheet which was an entity unto itself. The Laurentide was the larger of the two - roughly equivalent in size to the ice sheet that currently covers Antarctica. Its center was positioned over Hudson Bay and it extended all the way to the flanks of the Rocky Mountains in western Canada. The second ice sheet - the Cordilleran - stretched from northern Idaho and Washington State all the way up through British Columbia to Alaska, reaching a scale comparable to the modern Greenland ice sheet. The combined weight, volume, and geographic coverage of these two ice sheets is almost impossible to fully visualize from the landscape that exists today. Randall is building toward the question that the existence of these ice sheets inevitably raises - how long were they there, and what happened when they were gone. The answer to that second question is the foundation of everything Randall has been documenting throughout his research into catastrophic floods, sea level rise, isostatic rebound, and the civilizations that existed beneath and beside them before the ice collapsed. RANDALL AT QUEST FOR ANCIENT CIVILIZATIONS Get your exclusive ticket in the Randall Carlson dedicated seating section at Quest for Ancient Civilizations in Sedona, May 1-3, 2026:

At the peak of the last ice age, North America was covered by not one but two separate and massive ice sheets - distinct from the Greenland ice sheet which was an entity unto itself. The Laurentide was the larger of the two - roughly equivalent in size to the ice sheet that currently covers Antarctica. Its center was positioned over Hudson Bay and it extended all the way to the flanks of the Rocky Mountains in western Canada. The second ice sheet - the Cordilleran - stretched from northern Idaho and Washington State all the way up through British Columbia to Alaska, reaching a scale comparable to the modern Greenland ice sheet. The combined weight, volume, and geographic coverage of these two ice sheets is almost impossible to fully visualize from the landscape that exists today. Randall is building toward the question that the existence of these ice sheets inevitably raises - how long were they there, and what happened when they were gone. The answer to that second question is the foundation of everything Randall has been documenting throughout his research into catastrophic floods, sea level rise, isostatic rebound, and the civilizations that existed beneath and beside them before the ice collapsed. RANDALL AT QUEST FOR ANCIENT CIVILIZATIONS Get your exclusive ticket in the Randall Carlson dedicated seating section at Quest for Ancient Civilizations in Sedona, May 1-3, 2026:

Randall Carlson

18,072 просмотров • 4 месяцев назад

It is sometimes difficult to put into words what genius is. But you do feel it when you experience it. This is Jacob Collier as he improvises with an orchestra performing with the world's first Audience Symphony Orchestra in San Francisco, a gathering of fans from all over North America, conducted by Suzie Collier. In the middle of the show, this happened - no rehearsal, no sheet music, no prior discussion.

It is sometimes difficult to put into words what genius is. But you do feel it when you experience it. This is Jacob Collier as he improvises with an orchestra performing with the world's first Audience Symphony Orchestra in San Francisco, a gathering of fans from all over North America, conducted by Suzie Collier. In the middle of the show, this happened - no rehearsal, no sheet music, no prior discussion.

Punk Revolution Now!

1,003,948 просмотров • 6 месяцев назад

It is sometimes difficult to put into words what genius is. But you do feel it when you experience it. This is Jacob Collier as he improvises with an orchestra performing with the world's first Audience Symphony Orchestra in San Francisco, a gathering of fans from all over North America, conducted by Suzie Collier. In the middle of the show, this happened - no rehearsal, no sheet music, no prior discussion.

It is sometimes difficult to put into words what genius is. But you do feel it when you experience it. This is Jacob Collier as he improvises with an orchestra performing with the world's first Audience Symphony Orchestra in San Francisco, a gathering of fans from all over North America, conducted by Suzie Collier. In the middle of the show, this happened - no rehearsal, no sheet music, no prior discussion.

Brian Roemmele

3,968,380 просмотров • 6 месяцев назад

Some people have alleged that the CCTV footage From Utumishi Girls Academy fire tragedy Is AI-generated, accusing Citizen TV of fabricating it. But after watching the clip in slow motion, I could clearly see that the bed frame isn’t bentit’s just covered by a sheet. On the lower bunk, a student is seen laying out another sheet with straps, similar to Maasai sheets, before leaving in confusion. TRUTH BE TOLD 🇰🇪

Some people have alleged that the CCTV footage From Utumishi Girls Academy fire tragedy Is AI-generated, accusing Citizen TV of fabricating it. But after watching the clip in slow motion, I could clearly see that the bed frame isn’t bentit’s just covered by a sheet. On the lower bunk, a student is seen laying out another sheet with straps, similar to Maasai sheets, before leaving in confusion. TRUTH BE TOLD 🇰🇪

DP 🇰🇪

168,867 просмотров • 3 месяцев назад

How much longer will New York City exist? NASA Scientists now say that parts of New York City are sinking! Serious! Sinking! After the past few days of severe flooding in NYC, this is beginning to worry a lot of concerned citizens. According to researchers at NASA’s Jet Propulsion Laboratory, between the years 2016 and 2023, parts of the city have sunk approximately 0.06 inches per year. Part of the reason why some of the city is sinking is because it was built on landfills. The other reasons are natural ones. 10s of thousands of years ago a giant ice sheet was located on top of New England, which pushed the land down, but it also forced land around the ice to move up. Now that the ice sheet is gone, New England is slowly moving upward, while parts of NYC is moving back down. Does this mean that flooding will continue to get worse in parts NYC? Likely so.

How much longer will New York City exist? NASA Scientists now say that parts of New York City are sinking! Serious! Sinking! After the past few days of severe flooding in NYC, this is beginning to worry a lot of concerned citizens. According to researchers at NASA’s Jet Propulsion Laboratory, between the years 2016 and 2023, parts of the city have sunk approximately 0.06 inches per year. Part of the reason why some of the city is sinking is because it was built on landfills. The other reasons are natural ones. 10s of thousands of years ago a giant ice sheet was located on top of New England, which pushed the land down, but it also forced land around the ice to move up. Now that the ice sheet is gone, New England is slowly moving upward, while parts of NYC is moving back down. Does this mean that flooding will continue to get worse in parts NYC? Likely so.

Ed Krassenstein

8,974,360 просмотров • 2 лет назад

A woman who spent nine years gluing paper models in a print shop just told a room of physicists their whole field stands on a mistake, one line, no hedging: "Every theory we have takes space and time for granted, like a bagel that forgot it was once a flat sheet of paper." That's Bianca Dittrich. She has a free lecture course that asks one question: what is left of geometry once you quantize it? The answer is: far less than you can picture. Quantum gravity looks like one more field theory. Buried inside is something stranger. Every quantum theory we have puts fields on a fixed stage, flat or curved, and does the physics on top of it. Here the stage itself is the thing being quantized. Your gut reads an atom of spacetime as a tiny grain sitting somewhere. Wrong. It cannot sit anywhere, because it is the somewhere. The move is invisible to human intuition, which is exactly why the people who get anywhere stop asking where the pieces are and start asking what a measurement even means. In 3D the whole thing collapses in a way that should scare you. No matter, no cosmological constant, and gravity is locally flat everywhere. Six degrees of freedom per point, all of them eaten by diffeomorphism symmetry. A field theory that ends up with finitely many real degrees of freedom, sometimes zero. None of it is hidden. Cut a parallelogram out of paper, glue the edges, and you have a torus. Flat everywhere, and yet two numbers survive that no local measurement can see. The lecture is free. Here is the trap: you feel every equation you can solve, every geometry you can draw, as progress. What you cannot feel is the gap you have to cross. Ten to the forty-one, from the Planck scale back up to the world you live in. And crossing it is the only thing that pays. Almost every approach still cannot show it recovers ordinary physics at the far end, and almost everyone quits long before then. The math is free to learn. The nerve to stop trusting your picture of space, that part you still have to bring yourself.

A woman who spent nine years gluing paper models in a print shop just told a room of physicists their whole field stands on a mistake, one line, no hedging: "Every theory we have takes space and time for granted, like a bagel that forgot it was once a flat sheet of paper." That's Bianca Dittrich. She has a free lecture course that asks one question: what is left of geometry once you quantize it? The answer is: far less than you can picture. Quantum gravity looks like one more field theory. Buried inside is something stranger. Every quantum theory we have puts fields on a fixed stage, flat or curved, and does the physics on top of it. Here the stage itself is the thing being quantized. Your gut reads an atom of spacetime as a tiny grain sitting somewhere. Wrong. It cannot sit anywhere, because it is the somewhere. The move is invisible to human intuition, which is exactly why the people who get anywhere stop asking where the pieces are and start asking what a measurement even means. In 3D the whole thing collapses in a way that should scare you. No matter, no cosmological constant, and gravity is locally flat everywhere. Six degrees of freedom per point, all of them eaten by diffeomorphism symmetry. A field theory that ends up with finitely many real degrees of freedom, sometimes zero. None of it is hidden. Cut a parallelogram out of paper, glue the edges, and you have a torus. Flat everywhere, and yet two numbers survive that no local measurement can see. The lecture is free. Here is the trap: you feel every equation you can solve, every geometry you can draw, as progress. What you cannot feel is the gap you have to cross. Ten to the forty-one, from the Planck scale back up to the world you live in. And crossing it is the only thing that pays. Almost every approach still cannot show it recovers ordinary physics at the far end, and almost everyone quits long before then. The math is free to learn. The nerve to stop trusting your picture of space, that part you still have to bring yourself.

Zyron

110,850 просмотров • 1 месяц назад

I used Seko Talk to bring an AI character to life, playing piano in ways I didn’t expect. No sheet music, no pre-programmed notes. Just a flow, a rhythm, and the idea of what it could feel like if an AI truly felt music. This is only the beginning — AI creating with soul.

I used Seko Talk to bring an AI character to life, playing piano in ways I didn’t expect. No sheet music, no pre-programmed notes. Just a flow, a rhythm, and the idea of what it could feel like if an AI truly felt music. This is only the beginning — AI creating with soul.

Damon Rell

59,309 просмотров • 8 месяцев назад

Kevin Warsh on what he's going to the Federal Reserve's $6 trillion+ balance sheet. He's going to slash it. QE to QT. Bad news for trading sardine speculative assets like Bitcoin. QE has led to wealth inequality and the great inflation: "One of the consequences of this institutional drift [QE] is the inflation that we've witnessed over the course of the last five years .. 52% of our fellow Americans own no financial assets. .. They're living off their W-2 income and this surge in prices have destroyed them. It's the most regressive tax any government could ever come up with. Imagine if we had a central bank that had been deadly focused on that. I think we wouldn't have taken a divided country and made it more divided. When we have a big balance sheet, we're asking for the inflation that came." "My recommendation is a smaller balance sheet. Takes the Fed back to a more manageable size, more serious job." "I would say it is trillions larger than it needs to be."

Kevin Warsh on what he's going to the Federal Reserve's $6 trillion+ balance sheet. He's going to slash it. QE to QT. Bad news for trading sardine speculative assets like Bitcoin. QE has led to wealth inequality and the great inflation: "One of the consequences of this institutional drift [QE] is the inflation that we've witnessed over the course of the last five years .. 52% of our fellow Americans own no financial assets. .. They're living off their W-2 income and this surge in prices have destroyed them. It's the most regressive tax any government could ever come up with. Imagine if we had a central bank that had been deadly focused on that. I think we wouldn't have taken a divided country and made it more divided. When we have a big balance sheet, we're asking for the inflation that came." "My recommendation is a smaller balance sheet. Takes the Fed back to a more manageable size, more serious job." "I would say it is trillions larger than it needs to be."

tae kim

147,326 просмотров • 7 месяцев назад

IN 1987 APPLE FILMED SOMEONE TALKING TO AN AI ASSISTANT ON A TABLET. IT TOOK 38 YEARS TO BECOME REAL. 5 minutes long, no actual technology involved, just a script and a guy in a bow tie playing the voice of the software what they were really guessing at wasn't the hardware, it was how you'd one day talk to a machine, and they nailed the entire conversation 40 years before the machine could hold it the professor asks a vague question, the assistant asks a follow up, remembers what they were just talking about, pulls the right files, joins a video call, suggests the next move, this is a tuesday with chatgpt now, it was science fiction with a bow tie then and here's the strange part, nobody built this from the video, the video came first, reality spent four decades slowly bending itself to match a marketing tape apple didn't predict a product, they wrote the script for how humans and machines would think together, then everyone forgot the script existed while quietly acting it out anyway you think ai assistants are new, they're a 1987 concept film that finally got the parts it was waiting for keep this one, it's the future filmed before it was buildable ↓

IN 1987 APPLE FILMED SOMEONE TALKING TO AN AI ASSISTANT ON A TABLET. IT TOOK 38 YEARS TO BECOME REAL. 5 minutes long, no actual technology involved, just a script and a guy in a bow tie playing the voice of the software what they were really guessing at wasn't the hardware, it was how you'd one day talk to a machine, and they nailed the entire conversation 40 years before the machine could hold it the professor asks a vague question, the assistant asks a follow up, remembers what they were just talking about, pulls the right files, joins a video call, suggests the next move, this is a tuesday with chatgpt now, it was science fiction with a bow tie then and here's the strange part, nobody built this from the video, the video came first, reality spent four decades slowly bending itself to match a marketing tape apple didn't predict a product, they wrote the script for how humans and machines would think together, then everyone forgot the script existed while quietly acting it out anyway you think ai assistants are new, they're a 1987 concept film that finally got the parts it was waiting for keep this one, it's the future filmed before it was buildable ↓

0xbobaa

1,006,139 просмотров • 2 месяцев назад

You don't have to be a musician to learn from sheet music. You just need to understand a simple concept: when the note goes up on the staff, the tone gets higher. When the note goes down on the staff, the tone gets lower. Here is a Sonata in C Major by Mozart from the book I still have since I was a child. First I follow along with the top melody played by the right hand, then the harmony played by the left. This makes your brain focus on the 2 different parts, and it's fun to follow the form of the music. Let me know what you think. ☺️ Is it helpful?

You don't have to be a musician to learn from sheet music. You just need to understand a simple concept: when the note goes up on the staff, the tone gets higher. When the note goes down on the staff, the tone gets lower. Here is a Sonata in C Major by Mozart from the book I still have since I was a child. First I follow along with the top melody played by the right hand, then the harmony played by the left. This makes your brain focus on the 2 different parts, and it's fun to follow the form of the music. Let me know what you think. ☺️ Is it helpful?

Classical Music: Our Heritage

18,372 просмотров • 4 месяцев назад