Asianometry

• The Dramatic Birth of the DVD Boom
  2026-09-28 07:00:27  ·  25m
• High Bandwidth Flash Is Coming
  2026-09-25 07:00:30  ·  20m
• Intel’s Optane Memory: A Promise Unfulfilled
  2026-09-21 07:00:19  ·  29m
• Exxon’s Office Fling
  2026-09-18 07:00:39  ·  25m
• Silicon Valley’s Starving for Compute
  2026-09-14 07:00:33  ·  20m
• Did Numerical Control De-skill Machinists?
  2026-09-11 07:00:09  ·  21m
• The Flood that Wrecked the Hard Disk Drive Industry
  2026-09-07 07:00:19  ·  19m
• AI EDAs: Is It Real?
  2026-09-04 07:00:09  ·  18m
• The Little Ceiling Robots Inside a Semiconductor Fab
  2026-08-31 07:00:33  ·  20m
• Has the Solid State Transformer’s Time Finally Come?
  2026-08-24 22:00:11  ·  20m
• China's Fiery Incinerator Boom
  2026-08-21 07:00:24  ·  28m
• How TSMC Uses Old Fabs to Make New Chips
  2026-08-17 07:00:31  ·  15m
• SK hynix and the HBM Revolution
  2026-08-14 07:00:03  ·  38m
• The Dark Fiber Listening Network
  2026-08-10 07:00:07  ·  20m
• ADSL's Copper Miracle
  2026-08-03 07:00:05  ·  31m
• Gallium Nitride: From Light to Power
  2026-07-31 07:00:34  ·  24m
• True 3D DRAM
  2026-07-27 07:00:00  ·  20m
• France Sold Its Nuclear Steam Turbine Champion. Then Bought It Back.
  2026-07-20 07:00:21  ·  25m
• The Miraculous Cochlear Ear Implant
  2026-07-17 07:00:33  ·  33m
• RCA Made a Vacuum Tube to Beat the Transistor
  2026-07-10 07:00:32  ·  22m
• The Debt-Fueled Collapse of China’s Top Machine Tool Maker
  2026-07-06 07:00:16  ·  37m
• The 40-Year Mystery of the Iron Nitride Magnet
  2026-07-03 06:00:23  ·  20m
• TOTO: From Toilets to E-Chucks
  2026-06-29 07:00:21  ·  38m
• Embedded Memories: The Next Generation
  2026-06-22 07:00:12  ·  19m
• The “Miracle” Rice
  2026-06-19 07:00:30  ·  22m
• Sri Lanka’s Organic Fertilizer Debacle
  2026-06-15 07:00:26  ·  25m
• The EU Chips Act is a Failure
  2026-06-08 07:00:23  ·  22m
• Taiwan's DRAM Failure
  2026-06-01 07:00:36  ·  37m
• Japan's Rare Earths Island
  2026-05-29 07:00:10  ·  19m
• How Things Fell Apart for Germany’s Nixdorf Computer
  2026-05-25 07:00:39  ·  32m
• Intel's 30 Years in Costa Rica
  2026-05-22 07:00:07  ·  22m
• The Little Vertical Laser That Everyone Uses
  2026-05-18 07:00:23  ·  18m
• General Motors’ Robot Debacle
  2026-05-11 07:00:50  ·  46m
• Sweden Made DC Great Again
  2026-05-04 07:00:08  ·  26m
• An Interview with Josh Fisher | Inventing VLIW, Multiflow, Itanium, VLIW's Massive Success
  2026-05-01 18:10:07  ·  1h 28m
• Fanuc and the Numerical Control Revolution
  2026-04-27 07:00:24  ·  28m
• South Korea Defied the Gods to Build its Steel Colossus
  2026-04-24 07:00:07  ·  22m
• Itanium: Intel’s Great Successor
  2026-04-20 07:00:01  ·  47m
• How To Test 208 Billion Transistors
  2026-04-13 07:00:26  ·  29m
• Gas Turbine Blades and their Heat-Defying Single-Crystal Superalloys
  2026-04-10 07:01:07  ·  21m
• VLIW: The “Impossible” Computer
  2026-04-06 07:00:16  ·  39m
• The Supercritical CO2 Turbine: Waterless Wonder
  2026-03-30 07:00:25  ·  21m
• Singapore’s Sound Card Hero
  2026-03-23 07:00:37
• Mexico City’s Sinking Lands
  2026-03-20 07:00:03
• From Fiber to AI: A Laser Giant’s Rebirth
  2026-03-16 07:00:06
• The Wildly Infectious Banana Plague
  2026-03-09 07:00:16
• Vancomycin: The Iconic Antibiotic of Last Resort
  2026-03-06 07:01:24
• Thyristors Did to Power What Transistors Did to Logic
  2026-03-02 07:00:37
• Chip Fabs in Space: Technically Possible, Completely Impractical
  2026-02-23 07:00:41
• South Africa's Ruined Synthetic Oil Giant
  2026-02-17 07:01:02
• The Epochal Ultra-Supercritical Steam Turbine
  2026-02-13 07:01:09
• The Great Golden Age of Antibiotics
  2026-02-10 07:00:14
• Invasion of the Microplastics
  2026-02-06 07:00:42
• Silicon Valley Thinks TSMC is Braking the AI Boom
  2026-02-02 07:00:09
• The Japanese AI Boom Needs A Little More Ambition
  2026-01-30 07:00:47
• Toshiba’s Breakthrough Laptop PC
  2026-01-26 07:01:06
• Why Diamond Transistors Are So Hard
  2026-01-23 07:00:33
• How Westinghouse Lost its Way
  2026-01-19 07:00:27
• The Remarkable Computers Built Not to Fail
  2026-01-12 07:00:40
• High-Five to the Belgrade Hand
  2026-01-09 07:00:16
• Delta Electronics: Taiwan's Power Supply Giant
  2026-01-05 07:01:07
• China's Bonkers Bike-share Bubble
  2025-12-22 07:00:18
• Ternary Computing: Theoretically Better than Binary
  2025-12-19 07:01:15
• Japanese Peril Created the Internet
  2025-12-15 07:00:14
• Growing a Fruit Export Boom in Chile
  2025-12-12 07:00:31
• Legends of the RISC Wars
  2025-12-08 07:01:30
• A Quiet Chinese Mobile Giant in Africa
  2025-12-05 07:00:38
• Let’s Break Down the 45nm Process Node
  2025-12-01 07:01:29
• Can Superconductors Put an AI Data Center into a Shoebox?
  2025-11-24 07:01:02
• The Curious Database Powering America's Hospitals
  2025-11-21 07:00:11
• TSMC Arizona: What About the Water?
  2025-11-17 07:00:09
• Singapore Tried to Grow More of Its Own Food...
  2025-11-14 07:00:02
• Why the Original Apple Silicon Failed
  2025-11-10 07:00:36
• TSMC's Incredible 2nm Curvy Masks
  2025-11-03 07:01:21
• The Macintosh Clone King's Brief Reign
  2025-10-31 07:00:28
• The American Catalog Home Boom and Bust
  2025-10-27 07:00:08
• Australia's Forgotten Electronics Giant
  2025-10-20 07:00:33
• America’s Semiconductor Boom is Real
  2025-10-17 07:00:29
• PDAs: Ancestors of the Smartphones
  2025-10-13 07:00:52
• A Water Company Debt Crisis in the United Kingdom
  2025-10-10 07:01:06
• How the Communists Took Afghanistan
  2025-10-06 07:01:00
• How AI Accelerates Materials Discovery
  2025-10-03 07:00:39
• Drone Delivery Is Taking Off
  2025-09-29 07:00:11
• The Sushi Robots
  2025-09-22 07:00:03
• The Most Scalable Semiconductor
  2025-09-15 07:00:19
• Silicon Valley’s Doing Hard Things Again
  2025-09-12 07:00:49
• An American Nuclear Energy Debacle
  2025-09-08 07:00:08
• Disrupting Big Steel: Conquest of the Minimills
  2025-09-02 07:00:41
• Intel Should Second-Source Nvidia
  2025-08-25 07:00:04
• The Weird OS Built Around a Database
  2025-08-22 07:00:49
• The Evolution of Flash Memory
  2025-08-18 07:00:25
• Nongfu Spring and China's Bottled Water Wars
  2025-08-15 07:01:04
• The AI Bandwidth Wall & Co-Packaged Optics
  2025-08-11 07:00:22
• Visa's Debit Card Monopoly
  2025-08-04 07:56:52
• With Directed Self Assembly, the Chips Make Themselves (Kinda)
  2025-08-01 07:00:51
• Whatever Happened to China's Bandit Phones?
  2025-07-28 07:00:43
• Saudi Arabia's Crazy Wheat Self-Sufficiency Policy
  2025-07-25 07:00:10
• How the Computer Helped the Boeing 787 Soar
  2025-07-21 07:00:30
• AT&T’s UNIX PC Failure
  2025-07-18 07:00:17
• Chilling Chips: A Computer Cooling Chronicle
  2025-07-14 07:00:48
• The Sinking of Sanyo Electric
  2025-07-11 07:00:18
• The Japanese Bought US Steel
  2025-07-07 07:00:20
• How Brazil Learned to Drill its Deepwater Oil
  2025-06-30 00:00:56
• MIMO Made Mobile Magnificent With Multipaths
  2025-06-27 07:00:31
• A Big Water Battery on a Hill
  2025-06-20 07:00:21
• Why Gene Therapy is So Expensive
  2025-06-16 07:00:36
• A Cult AI Computer’s Boom and Bust
  2025-06-09 07:00:53
• What's Next for Southeast Asia's Data Center Boom?
  2025-06-06 07:00:08
• Japan’s Recent Rice Price Crisis
  2025-06-02 07:00:45
• South Africa’s Crumbling, Corrupt Electricity Monopoly
  2025-05-27 07:00:42
• The Long, Hard End of the Chilean Nitrates Industry
  2025-05-23 07:00:45
• EUV Photoresists: The Next Generation?
  2025-05-19 07:00:28
• How Did China's LFP Batteries Get So Cheap?
  2025-05-12 07:00:39
• The Incredible Femtosecond Laser
  2025-05-09 07:00:43
• That Time France Went "All Nuclear"
  2025-05-05 07:00:01
• How Semiconductor Yields Vastly Improved
  2025-05-02 07:00:13
• ASML’s Breakthrough 3-Pulse EUV Light Source
  2025-04-28 07:00:31
• Quantum Compute with Single Photons
  2025-04-25 07:00:20
• The Chinese Hamster Revolutionized Medicine
  2025-04-21 07:00:14
• The Global Vitamin Cartels
  2025-04-18 07:00:47
• How Mexico Made a Plutocrat
  2025-04-14 07:00:42
• The Tariff Paradoxes of Latin America and Asia
  2025-04-11 07:00:39
• How the EUV Mirrors are Made
  2025-04-07 07:00:19
• How Moore’s Law Revolutionized RF-CMOS
  2025-04-04 07:00:34
• China’s “New” EUV Light Source
  2025-03-31 07:00:39
• Xiaomi is Why Apple Should Have Made a Car
  2025-03-24 07:00:10
• The Once-Mighty Soviet Fishing Fleet
  2025-03-21 07:00:58
• What Happened to the Capacitors in 2002?
  2025-03-17 07:00:47
• Why the Chips Get Hot
  2025-03-10 07:00:20
• 4G LTE: One Standard To Rule Them All
  2025-03-07 07:00:18
• The Special Solar Cells That Go Up Into Space
  2025-03-03 07:00:05
• Sending Signals like Neurons Do (At the Edge of Chaos)
  2025-02-28 07:00:11
• Why Was Japan So "Good" at Semiconductors?
  2025-02-24 07:00:00
• The Birth and Glory of Swedish Computers
  2025-02-21 07:00:27
• How Indonesian Instant Noodles Became a Nigerian Sensation
  2025-02-17 07:00:44
• Nissan Motor’s Likely End
  2025-02-14 06:48:24
• The iPhone was 3G's Killer App
  2025-02-11 07:00:35
• DeepSeek’s Lessons for Chinese AI 已转录
  2025-02-07 07:00:40
• The Rise and First Death of Nissan Motor
  2025-02-03 07:00:24
• A Chaebol’s Fast Rise and Even Faster Fall
  2025-01-31 07:00:47
• Japan’s Semiconductor Photoresist Monopoly 已转录
  2025-01-27 07:00:03
• Toshiba's Nuclear Annihilation
  2025-01-20 07:00:35
• How the Chaebol Crashed South Korea in 1997
  2025-01-17 07:00:50
• Lessons from Intel's First Foundry
  2025-01-13 07:00:00
• Intel’s Reign of Terror
  2025-01-06 08:00:16
• The Plates & Tubes Behind Night Vision
  2025-01-03 07:00:32
• Looking Back at 2024
  2024-12-27 06:46:03
• Rising Seas. Sinking Islands?
  2024-12-20 07:00:28
• Interview: Tae Kim, Author of the Nvidia Way
  2024-12-17 06:39:29
• The LNG Cold Energy Opportunity
  2024-12-13 07:00:51
• What Broke Up AT&T?
  2024-12-09 07:00:41
• The End of Dennard Scaling
  2024-12-03 07:00:05
• The Computer Revolutionized Weather Forecasting
  2024-11-30 07:00:17
• The Antibiotics in Our Wastewater
  2024-11-25 07:00:44
• The Rise of AT&T’s Monopoly
  2024-11-22 07:00:31
• What Once Saved Intel
  2024-11-18 07:00:05
• Whatever Happened to Millimeter-Wave 5G?
  2024-11-15 07:00:35
• The Tragedy of Compaq
  2024-11-11 07:00:04
• Stacking Dies on Glass Panels
  2024-11-08 07:00:12
• Soviet Russia’s Merciless War for Grain
  2024-11-04 07:00:31
• How IBM Lost the PC to Compaq, Intel & Microsoft
  2024-11-01 06:14:01
• The Coming AI Startup Bust
  2024-10-25 07:00:07
• EUV With Fewer Mirrors?
  2024-10-21 07:00:32
• The Curious Case of the Disappearing Polymorph
  2024-10-18 07:00:23
• How South Korea’s Weapons Industry Began
  2024-10-14 07:00:07
• Iran’s Birth Rate Decline
  2024-10-11 07:00:10
• Why Yugoslavia Failed to Get the Bomb
  2024-10-07 07:00:17
• We Can Stuff Zetabytes of Data into DNA (Someday)
  2024-10-04 07:00:38
• A Graphene Transistor Breakthrough?
  2024-09-30 07:00:34
• Can America’s Tech Giants Get Together & Start a Chipmaker?
  2024-09-23 07:00:01
• The Wobbly Future of the Hard Disk Drive Industry
  2024-09-20 07:00:02
• Sony's Breakthrough Color TV
  2024-09-16 07:00:15
• The Russian Space Mirror That Lit Up The Night
  2024-09-13 07:00:29
• Where is the AI Boom Going?
  2024-09-09 06:00:14
• Micron Technology Defied the Odds
  2024-09-06 06:00:00
• How Sony Mastered the Transistor
  2024-09-03 10:00:03
• Serbia's Departed Semiconductor Giant
  2024-08-26 07:00:14
• The Rapid Start (& End) of the CD
  2024-08-23 07:00:09
• Why is Japan So Weak in Software?
  2024-08-19 07:00:30
• Quantum Sensing With a Special Synthetic Diamond
  2024-08-16 07:00:10
• The World's Biggest Desalination Plants Should Not Exist
  2024-08-12 07:00:12
• Why Wafer Bonding is the Future of Semiconductors
  2024-08-09 07:00:02
• Why GlobalFoundries Couldn’t Give Abu Dhabi a Semiconductor Fab
  2024-08-05 07:00:21
• An Infamous Transistor Dilemma: Gate First or Gate Last?
  2024-08-02 07:00:31
• The Revival of the Swiss Watch Industry
  2024-07-29 07:00:31
• The Life and Death of Yugoslavia’s Car Giant
  2024-07-26 07:00:04
• The Semiconductor Design Software Duopoly: Cadence & Synopsys
  2024-07-22 07:00:07
• The Big Data Center Water Problem
  2024-07-15 07:00:24
• China’s Sinking Land Problem
  2024-07-12 07:00:32
• The Rise and Fall of the Cray Supercomputer
  2024-07-08 07:00:12
• How America Saved Its Failing Freight Trains
  2024-07-06 07:00:28
• When an ASML Lithography Machine Goes Down
  2024-07-01 07:00:07
• How China Built a Semiconductor Industry
  2024-06-28 07:00:09
• Where Did RFID Come From?
  2024-06-24 05:02:18
• The Hazardous Life of an Undersea Cable
  2024-06-21 07:00:06
• The Transistor That Won the World
  2024-06-17 07:00:19
• The First Neural Networks
  2024-06-14 07:00:16
• The Rise of the East German Economy
  2024-06-10 07:00:17
• What’s Next For ASML?
  2024-06-07 07:00:22
• Why IBM's Superconductor Computer Failed
  2024-06-03 08:00:00
• Visiting IMEC’s ITF World 2024 in Belgium
  2024-05-31 14:00:02
• Intel’s Next Breakthrough: Backside Power Delivery
  2024-05-27 13:00:19
• The Evolution of the Operating System
  2024-05-20 13:00:01
• How a CVD Diamond is Made
  2024-05-17 07:00:33
• The Birth, Boom and Bust of the Hard Disk Drive
  2024-05-13 07:00:24
• How the Gamblers Ate Macau
  2024-05-10 07:00:25
• The Difficult Birth of the Scanning Electron Microscope
  2024-05-06 07:00:22
• ASML's High-NA EUV Lithography: A 2024 Update
  2024-05-03 07:00:15
• The Rise of Oracle, SQL and the Relational Database
  2024-04-29 07:00:25
• Czechoslovakia's "Socialist Miracle"
  2024-04-26 07:00:16
• Toyota Stunned America with the Lexus LS 400
  2024-04-22 07:00:00
• STMicroelectronics: The Turnaround That Created a European Semiconductor Giant
  2024-04-19 07:00:05
• The Birth of SQL & the Relational Database
  2024-04-15 07:00:22
• The Origins of the Japanese Steel Industry
  2024-04-12 07:00:03
• How TSMC Handled an Earthquake
  2024-04-08 06:56:46
• Broadcom: The $600 Billion AI Chip Giant
  2024-04-05 07:00:21
• LSI Logic Mastered Custom Silicon. But It Wasn’t Enough.
  2024-04-01 07:00:05
• The iPhone Forever Changed the RF Filter
  2024-03-29 07:00:21
• Texas Instruments Made a Computer (& It Failed)
  2024-03-25 07:00:24
• The Japanese-American Translators of World War II
  2024-03-22 07:00:19
• 500 Years of Water in Lima, Peru
  2024-03-18 07:00:31
• Can We Use Bacteria to Refine Rare Earths?
  2024-03-15 07:00:03
• The Ferocious Rise and Quiet Struggle of China’s Country Garden
  2024-03-11 07:00:13
• Why is TSMC Doing Better in Japan?
  2024-03-08 07:00:23
• The First Transistors
  2024-03-04 23:00:31
• Japan’s Legendary Semiconductor Breakthrough
  2024-03-01 23:00:36
• The Gate-All-Around Transistor is Coming
  2024-02-26 23:00:04
• Is the AI Boom Real?
  2024-02-23 22:32:32
• Unbundling IBM Freed the Software Industry
  2024-02-19 20:00:47
• Why Synopsys Bought Ansys (For $35 Billion)
  2024-02-16 20:00:21
• Southeast Asia’s Vexing Haze Puzzle
  2024-02-12 23:00:13
• How the Soviets Got the H-Bomb
  2024-02-09 06:59:29
• Memristors for Analog AI Chips
  2024-02-05 06:00:07
• Sugar Capitalism in Colonial Indonesia
  2024-02-02 07:00:03
• How Taiwan Learned Semiconductors
  2024-01-29 07:00:22
• Can SRAM Keep Shrinking?
  2024-01-26 07:00:01
• How Optical Fiber Connected the World
  2024-01-22 07:00:01
• Did Sematech Save the American Semiconductor Industry? | Audio Episode
  2024-01-19 07:00:06
• Communist Albania Wanted To Be Self-Reliant
  2024-01-15 07:00:08
• What Breaking the Beer Pub Monopolies Did for Britain
  2024-01-12 07:00:17
• How an ASML Lithography Machine Moves a Wafer
  2024-01-08 07:00:00
• A Chronicle of the Unix Wars
  2024-01-05 07:00:16
• The Rise of Unix. The Seeds of its Fall.
  2024-01-02 07:00:12
• Looking back at 2023 | Asianometry
  2023-12-28 07:33:08
• How Japan’s Oriental Land Got a Disneyland
  2023-12-25 07:00:27
• Why Brain-like Computers Are Hard
  2023-12-22 07:00:16
• How Semiconductor DRAM Went 3D
  2023-12-18 07:00:26
• How Kweichow Moutai Became China’s Top Liquor
  2023-12-15 07:00:36
• AMD: The Incredible Adventure Continues
  2023-12-11 07:00:14
• Weight Loss Drugs Before Ozempic
  2023-12-08 07:00:13
• What If Someone Steals GPT-4?
  2023-12-04 07:09:06
• How the Soviets Won Chess
  2023-12-01 07:00:24
• How Toyota Turned Around GM’s Worst Factory
  2023-11-27 07:00:30
• China & The 2022 CT Scan Shortage
  2023-11-24 07:00:11
• The Early Years at TSMC
  2023-11-20 23:00:26
• The Special Memory Powering the AI Revolution
  2023-11-17 22:00:51
• Nvidia's Computational Lithography Breakthrough
  2023-11-13 07:00:15
• Australia and the Millennium Drought
  2023-11-10 07:00:20
• The Unlikely Rise and Collapse of the Bulgarian Computer
  2023-11-06 07:00:36
• Etch: Lithography's Unheralded Sibling
  2023-11-03 07:00:29
• How India Got the Bomb
  2023-10-30 07:00:02
• The End of American Lithography
  2023-10-27 07:00:13
• A Deep Dive Into Canon’s Nanoimprint Lithography
  2023-10-23 07:00:09
• Japanese Pearls Ended the Gulf Pearl Diving Industry
  2023-10-20 07:00:14
• TSMC's First Breakthrough: The Copper/Low-K Interconnect Transition
  2023-10-16 07:00:13
• The Rise and Reign of Japanese VCRs
  2023-10-13 07:00:02
• A German Semiconductor Debacle
  2023-10-09 07:00:00
• Iran's Alarming Water Crisis
  2023-10-06 07:00:00
• Japan's Post-War Meth Panic (& How They Stopped It) | Audio
  2023-10-04 07:00:33
• The Soviet Union’s Peaceful Nuclear Explosions
  2023-10-02 07:00:11
• Brazil Tried to Protect Its Computer Industry
  2023-09-29 07:00:13
• EUV Lithography. But With a Free Electron Laser
  2023-09-25 07:00:00
• Analog Chip Design is an Art. Can AI Help?
  2023-09-22 07:00:19
• How the Rich Ate Moldova
  2023-09-18 07:00:14
• The Robots That Swim Like Fish
  2023-09-15 06:00:04
• China's 7nm Semiconductor Breakthrough
  2023-09-13 06:48:41
• National Semiconductor: "Animals of Silicon Valley"
  2023-09-11 07:00:22
• Recapping the AI and Semiconductor Symposium
  2023-09-08 07:00:01
• Why the Japanese PC Failed
  2023-09-04 07:00:05
• The Unreasonable Effectiveness of Atomic Layer Deposition
  2023-09-01 07:00:02
• Olivetti & the Italian Computer: What Could Have Been
  2023-08-28 07:00:22
• Visiting the Meet Greater South 2023 Conference
  2023-08-27 07:00:02
• ASML's High-NA and Hyper-NA EUV: An Update
  2023-08-25 07:00:06
• What Goes On Inside a Semiconductor Wafer Fab
  2023-08-21 06:36:13
• The Great Asian Rice Crisis of 2008
  2023-08-18 07:00:33
• How the Soviets Lost the Race to Mars
  2023-08-14 07:00:15
• LK-99 Wouldn't Have Changed Semiconductors Anyway
  2023-08-11 07:00:17
• The History of Superconductors (Before LK-99)
  2023-08-07 06:10:38
• The Fast and Furious Rise of Korean Semiconductors
  2023-08-03 07:00:20
• TSMC's Newest R&D Fab in Taiwan
  2023-08-02 08:06:36
• The Milky, Murky Origins of Bubble Tea
  2023-07-31 07:00:23
• Silicon Shrank the Hearing Aid
  2023-07-28 07:00:04
• How We Cured Hepatitis C
  2023-07-24 07:00:04
• LG Electronics’ Debacle in South Wales
  2023-07-21 07:00:20
• YKK: Japan’s Zipper King
  2023-07-17 07:00:04
• Why the Indian Computer Failed
  2023-07-14 07:00:15
• China's Gallium & Germanium Export Controls
  2023-07-10 07:00:13
• A Semiconductor Rare Earths Problem?
  2023-07-07 07:00:30
• China‘s Iron Grip on the Rare Earth Magnet
  2023-07-03 07:00:19
• The Fall of a Korean Stem Cell Hero
  2023-06-30 07:00:27
• Apple‘s Struggle to Survive the IBM PC
  2023-06-26 07:00:23
• When Your Reservoir Evaporates
  2023-06-23 07:00:06
• ChatGPT Jailbreaking & Is AI Safety Nerfing AI?
  2023-06-19 07:00:25
• That Time the Soviets Tried to Abolish Money
  2023-06-16 07:00:29
• “The Decision of the Century”: Choosing EUV Lithography
  2023-06-12 07:00:09
• The Rise and Fall of the Norwegian Computer
  2023-06-09 07:00:05
• Why Fujifilm Survived (& Kodak Didn't)
  2023-06-05 07:00:04
• How Guitar Hero Came About
  2023-06-04 12:43:55
• Putting Your Wind Farm on the Ocean
  2023-06-02 07:00:17
• How China Got the Bomb 已转录
  2023-05-29 07:00:11
• Europe’s Lost Decades in Semiconductors
  2023-05-26 07:00:09
• Shaw Brothers: King of Hong Kong Cinema
  2023-05-22 07:00:19
• Atmospheric Water Generation Technologies
  2023-05-20 07:00:32
• Paying Your Elderly Parents an Allowance (By Law) 已转录
  2023-05-19 07:00:06
• The Rapid Rise of Korean Shipbuilding
  2023-05-15 07:00:12
• The Glowing Crystals Behind a PET Scan
  2023-05-12 07:00:12
• The Rise and Sad Fall of Wang Labs 已转录
  2023-05-08 07:00:12
• Japan’s Delicious Wagyu Beef
  2023-05-05 07:00:24
• The Coming Chinese EV Export Boom 已转录
  2023-05-01 07:00:00
• Vingroup: Vietnam’s Biggest Company
  2023-04-28 07:00:28
• Why Europe Lost Semiconductors
  2023-04-24 07:00:01
• The Humanoid Robot Dream
  2023-04-21 07:00:16
• Why the Soviet Internet Failed 已转录
  2023-04-17 07:00:19
• How India Founded a Steel Industry
  2023-04-14 07:00:21
• Intel & AMD: The First 30 Years
  2023-04-10 07:00:14
• Stacking Dies For Performance and Profit
  2023-04-07 07:00:05
• A Brief History of Semiconductor Packaging 已转录
  2023-04-03 07:00:28
• How Singapore Got People to Drink Its New Water 已转录
  2023-03-31 07:00:04
• Why Moore’s Law Matters
  2023-03-27 07:00:26
• The Chips That See: Rise of the Image Sensor
  2023-03-24 07:00:02
• Visiting the Morris Chang & Chris Miller Semiconductor Forum
  2023-03-20 07:00:05
• Toshiba’s Big Technology Export Scandal
  2023-03-17 07:00:23
• AMD: How It All Began
  2023-03-13 07:00:22
• Japanese Fine Arts? Or Furniture?
  2023-03-10 08:00:09
• Britain's Missed Oil Opportunity
  2023-03-06 07:00:12
• Bangkok’s Big Housing Boom (& Bust)
  2023-02-27 07:00:00
• The $170 Billion Collapse of China’s HNA Group 已转录
  2023-02-20 07:00:13
• The Fake Chip Scourge
  2023-02-13 07:00:03
• Japan’s EUV Failure
  2023-02-04 07:00:11
• The 20 Year Fall of Japan's Sharp Corporation
  2023-01-31 07:00:35
• The ASML of DNA Sequencing
  2023-01-28 07:00:24
• When Silt Fills Your Water Reservoir
  2023-01-24 07:00:22
• The Unlimited Possibilities of AI and Satellite Imagery
  2023-01-21 07:00:13
• Taiwan's Ultra-Convenient Convenience Stores
  2023-01-17 07:00:33
• How Semiconductors Ruined East Germany
  2023-01-13 07:00:30
• How Optical MEMS Won an Oscar
  2023-01-09 07:00:21
• Crony Capitalism Built Indonesia's Biggest Business Empire
  2023-01-06 07:00:32
• The 3-D Transistor Transition
  2023-01-02 07:00:16
• Reflecting on Asianometry in 2022
  2022-12-30 07:00:28
• The Soviet Biological Weapons Program
  2022-12-27 07:00:30
• The Dawn and Dusk of Sun Microsystems
  2022-12-23 07:00:09
• The Gallium Nitride Revolutions
  2022-12-19 07:00:01
• The Rise, Fall, and Rise of Japanese Whisky (& Suntory)
  2022-12-16 13:24:21
• Taiwan’s Other Semiconductor Giant
  2022-12-12 07:00:17
• Is America Stealing TSMC?
  2022-12-09 07:00:20
• AI’s Hardware Problem
  2022-12-06 07:00:02
• The Fukushima Robots
  2022-12-03 07:00:00
• The Story of Solar-Grade Silicon
  2022-11-30 07:11:09
• Why Buffett Bought TSMC
  2022-11-26 07:00:24
• The Perfect Synthetic Diamond
  2022-11-21 07:00:21
• Why Pakistan Pumps Too Much Groundwater
  2022-11-18 07:00:35
• EUV’s Most Difficult Challenge
  2022-11-14 07:00:30
• Google's Open Source Hardware Dreams
  2022-11-11 07:00:40
• How Oil Ate the Soviet Economy
  2022-11-07 07:00:09
• The Hard Tradeoffs of Edge AI Hardware
  2022-11-04 07:00:06
• The History of the Semiconductor Photomask
  2022-10-31 07:00:09
• Why British Nuclear Energy Failed
  2022-10-28 07:00:31
• The Soviet Oil Juggernaut: How It All Began
  2022-10-24 07:00:19
• The History of the FPGA: The Ultimate Flex
  2022-10-21 07:00:19
• The Eternal Landlords of the Philippines
  2022-10-17 07:00:15
• Semiconductor Immersion Lithography
  2022-10-14 07:00:01
• Looking Back At ATI Technologies
  2022-10-10 07:00:08
• The Soviet Union’s Nuclear Icebreakers
  2022-10-07 07:00:30
• The Rapid Collapse of the Swedish Mechanical Calculator Industry
  2022-10-03 07:00:15
• Why Every 3nm Process Node is Different
  2022-09-30 07:00:05
• Australia's Natural Gas Dilemma
  2022-09-26 07:00:01
• The Debt-Fueled Collapse of Korea’s Daewoo Group
  2022-09-23 07:00:18
• Micro-LED Displays
  2022-09-19 07:00:06
• Japan's Worst Political Corruption Scandal
  2022-09-16 07:00:16
• TSMC's Renegade Genius
  2022-09-12 07:00:00
• The Flawed Assumptions Behind China’s Big Semiconductor Fund
  2022-09-09 07:00:17
• Microfluidics and the Elusive Lab-on-a-Chip
  2022-09-05 07:00:17
• Will Young Americans Want to Work in Semiconductor Manufacturing?
  2022-09-02 07:00:25
• What Raiding the Rich Did For Malaysia
  2022-08-29 07:00:08
• imec: The Semiconductor Watering Hole
  2022-08-26 07:00:10
• Storing Freshwater In The Salty Sea
  2022-08-22 07:00:13
• Singapore’s Sand Problem
  2022-08-19 07:00:09
• Why 157nm Lithography Failed
  2022-08-15 07:00:19
• Running Neural Networks on Meshes of Light
  2022-08-12 07:00:18
• Visiting TSMC in Tainan
  2022-08-10 05:46:20
• The Rise of Japanese Watches (& How the Swiss Lost)
  2022-08-08 07:00:08
• The 300mm Silicon Wafer Transition
  2022-08-05 07:00:00
• China's 7nm Chips: SMIC N+2
  2022-08-01 07:00:10
• How the Integrated Circuit Took Us to the Moon
  2022-07-29 07:00:00
• How Communism Nearly Starved Vietnam
  2022-07-25 07:00:22
• What Colonialism Did For Taiwan (& Japan)
  2022-07-22 07:00:01
• Silicon Carbide: A Power Electronics Revolution
  2022-07-18 07:00:30
• How Louis Vuitton Took Over Asia
  2022-07-15 07:00:02
• The Coming AI Chip Boom
  2022-07-11 07:00:07
• Why the Soviet Computer Failed
  2022-07-08 07:00:15
• The Dark Side of Korea’s Education Obsession
  2022-07-04 07:00:14
• India's Fintech Success: Unified Payments Interface
  2022-07-01 07:00:06
• How America Won Back Semiconductors from Japan
  2022-06-27 07:00:23
• Ultrapure Water for Semiconductor Manufacturing
  2022-06-24 07:00:08
• China’s Massive Nearsightedness Problem
  2022-06-20 07:00:01
• Silicon Photonics: The Next Silicon Revolution?
  2022-06-17 07:00:02
• Where The Real Chip Shortage Is
  2022-06-13 07:00:11
• Simulating the World To Train AI
  2022-06-10 07:00:04
• How Japan Learned Semiconductors
  2022-06-06 07:00:12
• The Sad Fall of a Philippine Steel Giant
  2022-06-03 07:00:31
• How TSMC Keeps Getting Better
  2022-05-30 07:00:00
• GE’s Molten Salt Battery Failure
  2022-05-27 07:31:28
• Going Nuclear to Desalinate Seawater
  2022-05-23 07:00:00
• Why North Korea Worships the Kim Family
  2022-05-20 07:00:13
• India’s Semiconductor Savior?
  2022-05-16 07:00:30
• China’s Lockdown Problem
  2022-05-13 07:00:18
• MEMS: The Second Silicon Revolution?
  2022-05-09 07:00:10
• The Fall of Bitcoin in China
  2022-05-06 07:00:14
• Australia’s Next Submarine: A Breakdown
  2022-05-02 07:00:03
• The Semiconductor Bust. Still Coming?
  2022-04-29 07:00:12
• Why AMD's Chiplets Work
  2022-04-25 07:00:00
• How Big Dairy Ate New Zealand
  2022-04-22 07:00:05
• Why South Korea's Seniors Are So Poor
  2022-04-19 07:00:10
• The Economic Crisis in Sri Lanka
  2022-04-15 07:00:14
• Air Support in a Backpack: The Switchblade
  2022-04-11 07:00:03
• Can You Do 7nm Chips Without EUV?
  2022-04-08 07:00:09
• India's Pharmaceutical Success
  2022-04-04 07:00:07
• The Semiconductor Security War
  2022-04-01 07:00:07
• Why Container Ships Got Huge
  2022-03-28 07:00:12
• How Taiwan Makes Your Shoes
  2022-03-25 07:00:18
• What Intel Means to Magdeburg
  2022-03-21 07:00:04
• How the Rich Ate South Korea
  2022-03-18 07:00:30
• De-industrialization was Hong Kong’s Biggest Mistake
  2022-03-14 07:00:33
• The Rise and Sudden Fall of a Korean President
  2022-03-12 07:00:18
• The Semiconductor Neon Shortage
  2022-03-10 07:04:38
• The Superior Economics of TSMC’s Giga-Fabs
  2022-03-08 07:00:25
• Why Russia Can’t Replace TSMC
  2022-03-04 07:00:08
• Why Losing SWIFT Matters
  2022-03-02 07:00:23
• How VLSI Revolutionized Semiconductor Design
  2022-02-25 07:00:10
• How Nvidia Won AI
  2022-02-21 07:00:15
• Thailand’s Auto Export Problem
  2022-02-18 07:00:19
• Japan’s Commercial Jet Failure
  2022-02-14 07:00:20
• The Amazing, Humble Silicon Wafer
  2022-02-11 07:00:32
• Intel in Israel: A Semiconductor Success
  2022-02-07 07:00:03
• India's Big Bet on Sodium Ion Batteries
  2022-02-04 07:00:11
• The Crazy Computations Inside Your Smartphone Cameras
  2022-01-31 07:00:19
• Why the UK's IBM Failed
  2022-01-28 07:00:06
• The Economics of Netflix’s $17 Billion
  2022-01-24 07:00:10
• What ASML Has Next After EUV
  2022-01-21 07:00:17
• Why Australia Doesn’t Make Their Own Cars
  2022-01-17 07:00:13
• The Promise of Open Source Semiconductor Design Tools
  2022-01-13 07:00:07
• Why North Korea Starves
  2022-01-10 07:00:21
• Towing Icebergs to Australia For Freshwater
  2022-01-07 07:00:33
• The Chevy Bolt Recall & The EV Battery Fire Problem
  2022-01-03 07:00:23
• Hollywood's Coming China Problem
  2021-12-31 07:00:28
• The Extreme Engineering of ASML’s EUV Light Source
  2021-12-27 07:00:15
• India's Semiconductor Design Challenge
  2021-12-24 07:00:10
• The Big Automotive Semiconductor Problem
  2021-12-20 07:00:27
• How China's CATL Makes an EV Battery
  2021-12-17 07:00:12
• A Peek into Southern Taiwan’s Tech Scene
  2021-12-16 07:00:08
• Google’s Chip Designing AI
  2021-12-13 07:00:34
• How Tiny Singapore Became a Petro-Giant
  2021-12-10 07:00:54
• The Growing Semiconductor Design Problem
  2021-12-06 07:00:17
• Unity Acquiring Weta Digital: A Breakdown
  2021-12-03 07:00:01
• China’s ASML is Years and Years Behind
  2021-11-29 07:00:05
• 7 Taiwan Startups on the Rise (& A Few More I Like)
  2021-11-25 06:49:44
• How Japan Won Lithography (& Why America Lost)
  2021-11-22 07:00:12
• China's Billion Dollar New Energy IPO
  2021-11-19 07:00:30
• How The Soviets Split Carl Zeiss
  2021-11-15 07:00:07
• China’s Coming EV Battery Waste Problem
  2021-11-12 07:00:34
• What Happened to Korea's Biggest Shipping Line?
  2021-11-08 07:00:14
• The Dinosaur Birds of China
  2021-11-05 07:00:12
• The Semiconductor Health and Cancer Problem
  2021-11-01 07:00:09
• Thailand’s Hard Drive Industry Problem
  2021-10-29 07:00:10
• How ASML Won Lithography (& Why Japan Lost)
  2021-10-25 07:00:11
• A Squid Game In South Korea
  2021-10-22 07:00:17
• How Nvidia Won Graphics Cards
  2021-10-18 07:00:11
• Why China Can't Keep The Lights On
  2021-10-15 07:00:07
• What Eating the Rich Did For Japan
  2021-10-11 07:00:12
• Australia's Water Project Failure: An Economic Breakdown
  2021-10-08 07:00:12
• How Applied Materials Became America's Biggest Semiconductor Equipment Maker
  2021-10-04 07:00:01
• LG Chem's Plan To Stay Solvent
  2021-10-01 07:00:14
• Northeast England's Semiconductor Nightmare
  2021-09-27 07:00:07
• India's Semiconductor Failure
  2021-09-24 07:00:13
• The Rise and Fall of China's Evergrande Group
  2021-09-20 07:00:03
• What China Thinks is a "Tech Company"
  2021-09-17 07:00:01
• How Carl Zeiss Crafts Optics for a $150 Million EUV Machine
  2021-09-13 07:00:20
• The Company Behind Apple's 10,000 Mini-LED Display
  2021-09-10 07:00:15
• Why China Jailed 4 Rio Tinto Employees
  2021-09-06 07:00:06
• The Big Semiconductor Water Problem
  2021-09-03 07:00:10
• Carl Zeiss, Explained: Germany’s Semiconductor Optics Master
  2021-08-30 07:00:10
• Colin Huang and the Billionaire Speedrun
  2021-08-27 07:00:13
• How Reliance Jio Became India's Biggest Telecom (and Raised $21 Billion)
  2021-08-23 07:00:31
• Designing Billions of Circuits with Code
  2021-08-20 07:00:22
• China's Making x86 Processors, But Does It Matter?
  2021-08-16 07:00:15
• Why Singapore Recruits Foreign Talents
  2021-08-13 07:00:08
• CATL's Sodium-Ion Battery: Better than Lithium?
  2021-08-09 07:00:18
• Taiwan’s Reddit: PTT, Explained
  2021-08-06 07:00:09
• The Fall of Neptune Orient Lines: Singapore's National Shipping Company
  2021-08-02 07:00:19
• How Singapore Built its Biggest Reservoir
  2021-07-30 07:00:04