Linked from

The 50 pages that link to Bell Labs, each with the reason it gives.

• Claude ShannonRelated: Shannon developed much of his information theory while working at Bell Labs.

• John BardeenRelated: Bardeen, Brattain, and Shockley developed the transistor there while seeking better telephone amplifiers.

• Cavendish LaboratoryCompared with: Its corporate research model contrasts with the Cavendish’s university setting.

• Institute for Advanced StudyCompared with: Its industrial mission contrasts with the Institute’s independent pursuit of fundamental research.

• Research and developmentBroader topic: Its history illustrates how sustained corporate research can produce broad technical advances.

• VitaphoneRelated: Research associated with Bell Labs contributed technologies used in early sound cinema.

• William ShockleyRelated: Shockley led semiconductor research there when the transistor was invented.

• Hamming distanceRelated: Hamming developed his coding ideas while working with unreliable punched-card computation there.

• UnixRelated: Unix began as a Bell Labs project in the late 1960s.

• Condensed matter physicsRelated: Its researchers developed the transistor and advanced understanding of materials and electronic devices.

• Molecular beam epitaxyRelated: Bell Labs was the setting for foundational development of semiconductor molecular beam epitaxy.

• Text-to-speechRelated: Its researchers developed landmark electronic speech synthesizers, including the VODER.

• Walter BrattainNarrower topic: Brattain conducted the transistor research there as part of a team studying solid-state alternatives to vacuum tubes.

• Xerox PARCCompared with: Like PARC, it combined corporate funding with ambitious research, but operated within a different industrial setting.

• Bell SystemBroader topic: Bell Labs developed technologies used across the System’s telephone network and equipment.

• C++Related: Stroustrup developed C++ there to support large-scale systems software.

• IBM ResearchCompared with: Like IBM Research, Bell Labs joined industrial research with foundational work in computing and physical science.

• Gray codeRelated: Gray developed and patented his code while working at Bell Telephone Laboratories.

• Harry NyquistRelated: Nyquist developed much of his influential communication and control work there.

• Clinton DavissonRelated: Davisson conducted the electron-scattering research there.

• Dennis RitchieNarrower topic: Ritchie did his landmark computing work at this research laboratory.

• Junction transistorRelated: Bell Labs researchers developed the transistor technologies that led to junction devices.

• Ken ThompsonNarrower topic: Thompson created Unix and developed major systems ideas while working there.

• Point-Contact TransistorRelated: Its solid-state physics group developed and demonstrated the device.

• Ralph HartleyRelated: Hartley conducted much of his communications research at this laboratory.

• Transistor radioRelated: Researchers there invented the transistor that enabled the radio’s solid-state design.

• Digital RevolutionRelated: Bell Labs developed the transistor and advanced the communications technologies underpinning digital systems.

• Grote ReberRelated: Jansky made his pioneering radio observations while investigating interference for Bell Labs.

• Lester GermerRelated: Germer and Davisson performed their electron-scattering research at this laboratory.

• Hamming codeRelated: Hamming developed his error-correcting codes while working there.

• Horst Ludwig StörmerRelated: Störmer and Tsui made their landmark discovery while working there.

• Carbon-dioxide laserRelated: Patel developed the carbon-dioxide laser there during early laser research.

• Charles H. TownesRelated: Townes worked there during World War II on radar and microwave technology.

• Herbert KroemerRelated: Kroemer worked there during an era when semiconductor research was rapidly expanding.

• Electronic artRelated: Bell Labs provided technical resources for early computer art and electronic music experiments.

• George E. SmithRelated: Smith worked there when he and Boyle devised the CCD.

• Karl Guthe JanskyRelated: Bell Labs assigned Jansky the interference study that led him to detect the galactic signal.

• LaboratoryBroader topic: Bell Labs exemplifies how a large industrial laboratory can influence many technologies.

• R (programming language)Related: Its S language provided R’s most direct intellectual foundation.

• Robert Woodrow WilsonBroader topic: Wilson and Penzias made their discovery using a radio telescope built there.

• Willard BoyleNarrower topic: Boyle spent much of his research career at Bell Labs, where he and Smith devised the CCD.

• Arthur Leonard SchawlowRelated: Schawlow and Townes developed their optical maser proposal while working at Bell Laboratories.

• Daniel C. TsuiRelated: Tsui and Störmer conducted their landmark experiment there.

• Hendrik Wade BodeRelated: Bode conducted much of his industrial research there and developed influential feedback methods.

• John HopfieldRelated: Hopfield held research positions there during his career.

• Arno Allan PenziasNarrower topic: Penzias’s radio astronomy work took place within Bell Laboratories’ communications research.

• Discovery of cosmic microwave background radiationBroader topic: Its Holmdel antenna was being used for radio astronomy when the signal appeared.

• History of the transistorNarrower topic: Its solid-state research program produced the first transistor and nurtured early semiconductor engineering.

• Richard M. KarpRelated: Karp held an early research position there during the formative period of his career.

• Unix-likeRelated: Unix-like systems trace their design lineage to work carried out at Bell Labs.