#feynman — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #feynman, aggregated by home.social.
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I actually once wrote a blog post on #Feynman‘s problem solving "algorithm", too 😅:
🌍 https://www.fabriziomusacchio.com/blog/2022-10-06-feynman_method/
#PKM @AkaSci https://fosstodon.org/@AkaSci/114489411609281270
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Her Gün Bir Ağaca DOKUNMAK Neden Önemli? - Kimsenin Bahsetmediği Bilim | Richard Feynman
#physics #biology #chemistry #universe #trees #forest #mycorrhizalnetworks #JanBaptistvanHelmont #SuzanneSimard #RichardPhillipsFeynman #RichardFeynman #Feynman #science
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Inference is becoming the primary cost center of AI, and NVIDIA’s Feynman roadmap suggests a shift from training-centric GPUs toward latency-optimized, inference-scale systems.
As real-time agents, copilots, and edge deployments grow, inference sovereignty—where compute is located, how fast it responds, and who controls the hardware—will define the next phase of AI infrastructure.
With NVIDIA GTC 2026 approaching, the key question is whether NVIDIA will formally introduce a new class of inference-focused silicon and fabric to complement its training platforms.
#InferenceSovereignty #LLMInference #AgenticAI #NVIDIA #Feynman #HBM4 #SRAM #AdvancedPackaging #SiliconPhotonics #AIInfrastructure #GPU #GTC2026 #Rubin #Blackwell #DeterministicCompute #LPX #GroqLPU #technology
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With NVIDIA GTC 2026 approaching, the key question is whether NVIDIA will formally introduce a new class of inference-focused silicon and fabric to complement its training platforms.
#InferenceSovereignty #LLMInference #AgenticAI #NVIDIA #Feynman #HBM4 #SRAM #AdvancedPackaging #SiliconPhotonics #AIInfrastructure #GPU #GTC2026 #Rubin #Blackwell #DeterministicCompute #LPX #GroqLPU #technology
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With NVIDIA GTC 2026 approaching, the key question is whether NVIDIA will formally introduce a new class of inference-focused silicon and fabric to complement its training platforms.
#InferenceSovereignty #LLMInference #AgenticAI #NVIDIA #Feynman #HBM4 #SRAM #AdvancedPackaging #SiliconPhotonics #AIInfrastructure #GPU #GTC2026 #Rubin #Blackwell #DeterministicCompute #LPX #GroqLPU #technology
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With NVIDIA GTC 2026 approaching, the key question is whether NVIDIA will formally introduce a new class of inference-focused silicon and fabric to complement its training platforms.
#InferenceSovereignty #LLMInference #AgenticAI #NVIDIA #Feynman #HBM4 #SRAM #AdvancedPackaging #SiliconPhotonics #AIInfrastructure #GPU #GTC2026 #Rubin #Blackwell #DeterministicCompute #LPX #GroqLPU #technology
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Aynalar Neden Ters Çevirir? Feynman'ın Yanıtı SİZİ ŞOKE EDECEK
#physics #mirror #mirrors #mirrorreflection #psychology #universe #RichardPhillipsFeynman #Feynman #science
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Aynalar Neden Ters Çevirir? Feynman'ın Yanıtı SİZİ ŞOKE EDECEK
#physics #mirror #mirrors #mirrorreflection #psychology #universe #RichardPhillipsFeynman #Feynman #science
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Aynalar Neden Ters Çevirir? Feynman'ın Yanıtı SİZİ ŞOKE EDECEK
#physics #mirror #mirrors #mirrorreflection #psychology #universe #RichardPhillipsFeynman #Feynman #science
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Aynalar Neden Ters Çevirir? Feynman'ın Yanıtı SİZİ ŞOKE EDECEK
#physics #mirror #mirrors #mirrorreflection #psychology #universe #RichardPhillipsFeynman #Feynman #science
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Aynalar Neden Ters Çevirir? Feynman'ın Yanıtı SİZİ ŞOKE EDECEK
#physics #mirror #mirrors #mirrorreflection #psychology #universe #RichardPhillipsFeynman #Feynman #science
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"Auch das ist nämlich #Freiheit, auch das ist #Demokratie: Immer klüger werden zu dürfen, statt dumm gehalten zu werden. Dazu sagte Richard #Feynman übrigens auch einen tollen Satz: 'Wenn du die schlaueste Person im Raum bist, bist du im falschen Raum.'" –Dr. Christina Berndt in der #Süddeutschen
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"Auch das ist nämlich #Freiheit, auch das ist #Demokratie: Immer klüger werden zu dürfen, statt dumm gehalten zu werden. Dazu sagte Richard #Feynman übrigens auch einen tollen Satz: 'Wenn du die schlaueste Person im Raum bist, bist du im falschen Raum.'" –Dr. Christina Berndt in der #Süddeutschen
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@startswithabang That shuttle O-ring 'discovery' was arranged for him to discover.
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@startswithabang That shuttle O-ring 'discovery' was arranged for him to discover.
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@startswithabang That shuttle O-ring 'discovery' was arranged for him to discover.
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@startswithabang That shuttle O-ring 'discovery' was arranged for him to discover.
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@startswithabang That shuttle O-ring 'discovery' was arranged for him to discover.
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Great #ConnectionMachine + #Feynman story!
“By the end of that summer of 1983, Richard had completed his analysis of the behavior of the router, and much to our surprise and amusement, he presented his answer in the form of a set of partial differential equations. To a physicist this may seem natural, but to a computer designer, treating a set of boolean circuits as a continuous, differentiable system is a bit strange.”
#computerhistory #computerarchitecture https://mastodon.scot/@simon_brooke/112354279945181945
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ERDAL ARIKAN WAS born in 1958 and grew up in Western Turkey, the son of a doctor and a homemaker.
He loved science.
When he was a teenager, his father remarked that, in his profession, two plus two did not always equal four.
This fuzziness disturbed young Erdal; he decided against a career in medicine. He found comfort in engineering and the certainty of its mathematical outcomes.
“I like things that have some precision,” he says. “You do calculations and things turn out as you calculate it.”
Arıkan entered the electrical engineering program at Middle East Technical University. But in 1977, partway through his first year, the country was gripped by political violence, and students boycotted the university.
Arıkan wanted to study, and because of his excellent test scores he managed to transfer to #CalTech, one of the world's top science-oriented institutions, in Pasadena, California.
He found the US to be a strange and wonderful country. Within his first few days, he was in an orientation session addressed by legendary physicist #Richard #Feynman. It was like being blessed by a saint.
Arıkan devoured his courses, especially in #information #theory.
The field was still young, launched in 1948 by #Claude #Shannon, who wrote its seminal paper while he was at Bell Labs;
he would later become a revered MIT professor.Shannon's achievement was to understand how the hitherto fuzzy concept of information could be quantified, creating a discipline that expanded the view of communication and data storage.
By publishing a general mathematical theory of information
—almost as if Einstein had invented physics and come up with relativity in one swoop
—Shannon set a foundation for the internet, mobile communications, and everything else in the digital age.The subject fascinated Arıkan, who chose #MIT for graduate studies.
There was one reason: “#Bob #Gallager was there,” he says.
Robert Gallager had written the textbook on information theory. He had also been mentored by Shannon's successor.
In the metrics of the field, that put him two steps from God.
“So I said, if I am going to do information theory,” Arıkan says, “MIT is the place to go.”
By the time Arıkan arrived at MIT, in 1981, Gallager had shifted his focus and was concentrating on how data networks operated.
Arıkan was trembling when he went to Gallager's office for the first time. The professor gave him a paper about packet radio networks.
“I was pushing him to move from strict information theory to looking at network problems,” Gallager says.
“It was becoming very obvious to everyone that sending data from one place to another was not the whole story
—you really had to have a system.”#Guo #Ping #Huawei #Ren #Zhengfei #gold #medal #honored #guest #Erdal #Arıkan #5G #technology #daughter
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ERDAL ARIKAN WAS born in 1958 and grew up in Western Turkey, the son of a doctor and a homemaker.
He loved science.
When he was a teenager, his father remarked that, in his profession, two plus two did not always equal four.
This fuzziness disturbed young Erdal; he decided against a career in medicine. He found comfort in engineering and the certainty of its mathematical outcomes.
“I like things that have some precision,” he says. “You do calculations and things turn out as you calculate it.”
Arıkan entered the electrical engineering program at Middle East Technical University. But in 1977, partway through his first year, the country was gripped by political violence, and students boycotted the university.
Arıkan wanted to study, and because of his excellent test scores he managed to transfer to #CalTech, one of the world's top science-oriented institutions, in Pasadena, California.
He found the US to be a strange and wonderful country. Within his first few days, he was in an orientation session addressed by legendary physicist #Richard #Feynman. It was like being blessed by a saint.
Arıkan devoured his courses, especially in #information #theory.
The field was still young, launched in 1948 by #Claude #Shannon, who wrote its seminal paper while he was at Bell Labs;
he would later become a revered MIT professor.Shannon's achievement was to understand how the hitherto fuzzy concept of information could be quantified, creating a discipline that expanded the view of communication and data storage.
By publishing a general mathematical theory of information
—almost as if Einstein had invented physics and come up with relativity in one swoop
—Shannon set a foundation for the internet, mobile communications, and everything else in the digital age.The subject fascinated Arıkan, who chose #MIT for graduate studies.
There was one reason: “#Bob #Gallager was there,” he says.
Robert Gallager had written the textbook on information theory. He had also been mentored by Shannon's successor.
In the metrics of the field, that put him two steps from God.
“So I said, if I am going to do information theory,” Arıkan says, “MIT is the place to go.”
By the time Arıkan arrived at MIT, in 1981, Gallager had shifted his focus and was concentrating on how data networks operated.
Arıkan was trembling when he went to Gallager's office for the first time. The professor gave him a paper about packet radio networks.
“I was pushing him to move from strict information theory to looking at network problems,” Gallager says.
“It was becoming very obvious to everyone that sending data from one place to another was not the whole story
—you really had to have a system.”#Guo #Ping #Huawei #Ren #Zhengfei #gold #medal #honored #guest #Erdal #Arıkan #5G #technology #daughter
-
ERDAL ARIKAN WAS born in 1958 and grew up in Western Turkey, the son of a doctor and a homemaker.
He loved science.
When he was a teenager, his father remarked that, in his profession, two plus two did not always equal four.
This fuzziness disturbed young Erdal; he decided against a career in medicine. He found comfort in engineering and the certainty of its mathematical outcomes.
“I like things that have some precision,” he says. “You do calculations and things turn out as you calculate it.”
Arıkan entered the electrical engineering program at Middle East Technical University. But in 1977, partway through his first year, the country was gripped by political violence, and students boycotted the university.
Arıkan wanted to study, and because of his excellent test scores he managed to transfer to #CalTech, one of the world's top science-oriented institutions, in Pasadena, California.
He found the US to be a strange and wonderful country. Within his first few days, he was in an orientation session addressed by legendary physicist #Richard #Feynman. It was like being blessed by a saint.
Arıkan devoured his courses, especially in #information #theory.
The field was still young, launched in 1948 by #Claude #Shannon, who wrote its seminal paper while he was at Bell Labs;
he would later become a revered MIT professor.Shannon's achievement was to understand how the hitherto fuzzy concept of information could be quantified, creating a discipline that expanded the view of communication and data storage.
By publishing a general mathematical theory of information
—almost as if Einstein had invented physics and come up with relativity in one swoop
—Shannon set a foundation for the internet, mobile communications, and everything else in the digital age.The subject fascinated Arıkan, who chose #MIT for graduate studies.
There was one reason: “#Bob #Gallager was there,” he says.
Robert Gallager had written the textbook on information theory. He had also been mentored by Shannon's successor.
In the metrics of the field, that put him two steps from God.
“So I said, if I am going to do information theory,” Arıkan says, “MIT is the place to go.”
By the time Arıkan arrived at MIT, in 1981, Gallager had shifted his focus and was concentrating on how data networks operated.
Arıkan was trembling when he went to Gallager's office for the first time. The professor gave him a paper about packet radio networks.
“I was pushing him to move from strict information theory to looking at network problems,” Gallager says.
“It was becoming very obvious to everyone that sending data from one place to another was not the whole story
—you really had to have a system.”#Guo #Ping #Huawei #Ren #Zhengfei #gold #medal #honored #guest #Erdal #Arıkan #5G #technology #daughter
-
ERDAL ARIKAN WAS born in 1958 and grew up in Western Turkey, the son of a doctor and a homemaker.
He loved science.
When he was a teenager, his father remarked that, in his profession, two plus two did not always equal four.
This fuzziness disturbed young Erdal; he decided against a career in medicine. He found comfort in engineering and the certainty of its mathematical outcomes.
“I like things that have some precision,” he says. “You do calculations and things turn out as you calculate it.”
Arıkan entered the electrical engineering program at Middle East Technical University. But in 1977, partway through his first year, the country was gripped by political violence, and students boycotted the university.
Arıkan wanted to study, and because of his excellent test scores he managed to transfer to #CalTech, one of the world's top science-oriented institutions, in Pasadena, California.
He found the US to be a strange and wonderful country. Within his first few days, he was in an orientation session addressed by legendary physicist #Richard #Feynman. It was like being blessed by a saint.
Arıkan devoured his courses, especially in #information #theory.
The field was still young, launched in 1948 by #Claude #Shannon, who wrote its seminal paper while he was at Bell Labs;
he would later become a revered MIT professor.Shannon's achievement was to understand how the hitherto fuzzy concept of information could be quantified, creating a discipline that expanded the view of communication and data storage.
By publishing a general mathematical theory of information
—almost as if Einstein had invented physics and come up with relativity in one swoop
—Shannon set a foundation for the internet, mobile communications, and everything else in the digital age.The subject fascinated Arıkan, who chose #MIT for graduate studies.
There was one reason: “#Bob #Gallager was there,” he says.
Robert Gallager had written the textbook on information theory. He had also been mentored by Shannon's successor.
In the metrics of the field, that put him two steps from God.
“So I said, if I am going to do information theory,” Arıkan says, “MIT is the place to go.”
By the time Arıkan arrived at MIT, in 1981, Gallager had shifted his focus and was concentrating on how data networks operated.
Arıkan was trembling when he went to Gallager's office for the first time. The professor gave him a paper about packet radio networks.
“I was pushing him to move from strict information theory to looking at network problems,” Gallager says.
“It was becoming very obvious to everyone that sending data from one place to another was not the whole story
—you really had to have a system.”#Guo #Ping #Huawei #Ren #Zhengfei #gold #medal #honored #guest #Erdal #Arıkan #5G #technology #daughter
-
ERDAL ARIKAN WAS born in 1958 and grew up in Western Turkey, the son of a doctor and a homemaker.
He loved science.
When he was a teenager, his father remarked that, in his profession, two plus two did not always equal four.
This fuzziness disturbed young Erdal; he decided against a career in medicine. He found comfort in engineering and the certainty of its mathematical outcomes.
“I like things that have some precision,” he says. “You do calculations and things turn out as you calculate it.”
Arıkan entered the electrical engineering program at Middle East Technical University. But in 1977, partway through his first year, the country was gripped by political violence, and students boycotted the university.
Arıkan wanted to study, and because of his excellent test scores he managed to transfer to #CalTech, one of the world's top science-oriented institutions, in Pasadena, California.
He found the US to be a strange and wonderful country. Within his first few days, he was in an orientation session addressed by legendary physicist #Richard #Feynman. It was like being blessed by a saint.
Arıkan devoured his courses, especially in #information #theory.
The field was still young, launched in 1948 by #Claude #Shannon, who wrote its seminal paper while he was at Bell Labs;
he would later become a revered MIT professor.Shannon's achievement was to understand how the hitherto fuzzy concept of information could be quantified, creating a discipline that expanded the view of communication and data storage.
By publishing a general mathematical theory of information
—almost as if Einstein had invented physics and come up with relativity in one swoop
—Shannon set a foundation for the internet, mobile communications, and everything else in the digital age.The subject fascinated Arıkan, who chose #MIT for graduate studies.
There was one reason: “#Bob #Gallager was there,” he says.
Robert Gallager had written the textbook on information theory. He had also been mentored by Shannon's successor.
In the metrics of the field, that put him two steps from God.
“So I said, if I am going to do information theory,” Arıkan says, “MIT is the place to go.”
By the time Arıkan arrived at MIT, in 1981, Gallager had shifted his focus and was concentrating on how data networks operated.
Arıkan was trembling when he went to Gallager's office for the first time. The professor gave him a paper about packet radio networks.
“I was pushing him to move from strict information theory to looking at network problems,” Gallager says.
“It was becoming very obvious to everyone that sending data from one place to another was not the whole story
—you really had to have a system.”#Guo #Ping #Huawei #Ren #Zhengfei #gold #medal #honored #guest #Erdal #Arıkan #5G #technology #daughter
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Wie herum rotiert ein Sprinkler, der Wasser einsaugt, statt es auszustoßen? Lange lieferten weder Theorie noch Experiment eine Lösung. Nun fanden Mathematiker heraus, warum nicht.#Sprikler #Inverser #Feynman #Hydrodynamik #Strömung #Dynamik #Wasserstrahl #Drehmoment #Physik
140 Jahre altes Physik-Rätsel hat unerwartete Lösung -
Movie merchandising is getting a little funny. 💣🌴
I had to make these.
#Barbie #Oppenheimer #toy #Trinity #nuclear #doll #plastic #atomic #scientist #play #movies #merch #playset #TrinityTest #Einstein #Feynman #ManhattanProject #Mattel
