A L Robinson

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Bell labs transistor sets a speed record.

A L Robinson, A. Robinson, 1986, Science.

A Way to End the IC Designer Shortage.

A L Robinson, 1980, Science.

Computer chess: belle sweeps the board.

A L Robinson, 1980, Science.

Theoretical physics institute gets go ahead.

A L Robinson, 1979, Science.

A 16-Megabit Memory Chip from Japan

A L Robinson, 1987, Science.

Array processors: maxi number crunching for a mini price.

A L Robinson, 1979, Science.

Choosing the Next Synchrotron Light Source: Berkeley's proposal for a new Advanced Light Source accelerates plans for new facilities at existing centers; a DOE committee will sort it all out.

A L Robinson, 1983, Science.

Homogeneous catalysis and the real world.

A L Robinson, A L Robinson, 1976, Science.

What is unified in unified field theories.

A L Robinson, 1979, Science.

Basic research in the air force: a tale of two laboratories.

A L Robinson, 1975, Science.

Optical communications: specialized applications appear first.

A L Robinson, 1973, Science.

One Billion Transistors on a Chip?: The annual rate of increase in numbers of transistors on a chip is slowing as theoretical limits are neared, but there may be a billion by the year 2000.

A L Robinson, 1984, Science.

Microcomputers: the great electronic mouse race.

A L Robinson, 1978, Science.

New funding sparks battery research.

A L Robinson, 1976, Science.

Automated motion analysis system.

A L Robinson, 1985, Science.

More people are talking to computers as speech recognition enters the real world.

A L Robinson, A. Robinson, 1979, Science.

A Rescue for Wisconsin's Synchrotron Source: Three years after its completion, Aladdin glows only feebly; to get more light out requires new NSF money and help from DOE accelerator experts.

A L Robinson, A. Robinson, 1985, Science.

LIMS Is Next Step in Laboratory Automation.

A L Robinson, 1983, Science.

National science board okays theory center.

A L Robinson, 1983, Science.

Computers: First the Maxi, Then the Mini, Now It's the Micro.

A L Robinson, 1974, Science.

The 1984 pittsburgh conference: a special instrumentation report: personal computers attract lab software.

A L Robinson, 1984, Science.

Computer films: adding an extra dimension to research.

A L Robinson, 1978, Science.

Accident Stalls Test at CERN.

A L Robinson, A. Robinson, 1982, Science.

Giant corporations from tiny chips grow.

A L Robinson, 1980, Science.

DESY Looks to an International Future.

A L Robinson, 1981, Science.

Microelectronics: Defense Department Looks to the 1980's.

A L Robinson, 1978, Science.

New testing methods could boost air safety.

A L Robinson, 1979, Science.

Are VLSI Microcircuits Too Hard to Design?

A L Robinson, A. Robinson, 1980, Science.

Yale accelerator to be dedicated.

A L Robinson, 1987, Science.

Lukewarm Yes for LBL Light Source.

A L Robinson, 1983, Science.

Science and technology: the next 50 years.

A L Robinson, 1973, Science.

The Parkland On-Line Information System (POIS) associate concept.

A L Robinson, D J Mishelevich, H C Brieden, 1983, Computers in healthcare.

International Competition Drives DESY.

A L Robinson, 1981, Science.

Mixed Marks for Berkeley Materials Center: A DOE panel's recommendations could threaten construction of the synchrotron light source that was to be NCAM's centerpiece.

A L Robinson, 1983, Science.

Cornell cancels accelerator plan.

A L Robinson, 1982, Science.

Colonizing Mars: the age of planetary engineering begins.

A L Robinson, 1977, Science.

Experimental Memory Chips Reach 1 Megabit: As they become larger, memories become an increasingly important part of the integrated circuit business, technologically and economically.

A L Robinson, 1984, Science.

Smart Instruments: Microprocessors Not the Whole Story

A L Robinson, 1977, Science.

The influence of a subslab gravel layer and open area on soil-gas and radon entry into two experimental basements.

A L Robinson, R G Sextro, R. Sextro, 1995, Health physics.

Choosing an array processor.

A L Robinson, 1979, Science.

Proprietary Research: DOE Says, "We Can Be Very Friendly".

A L Robinson, 1978, Science.

An "NRCC" for Industrial Chemists?

A L Robinson, 1980, Science.

A computer is more than chips.

A L Robinson, 1982, Science.

Chemists' first try at big science.

A L Robinson, 1976, Science.

Budget crunch hits high energy physics.

A L Robinson, 1980, Science.

Microfabrication is not only for electronics.

A L Robinson, 1983, Science.

Computational chemistry: getting more from a minicomputer.

A L Robinson, 1976, Science.

Looking for a needle in a haystack.

A L Robinson, A. Robinson, 1981, Science.

U.S. Electronics Needs New Strategy: The traditional strategy that combines the short-term focus of industrial laboratories with the long-range perspective of universities apparently is not up to the Japanese challenge.

A L Robinson, A. Robinson, 1986, Science.

Technical publishing workstation.

A L Robinson, 1984, Science.

Slower magnetic fusion pace set.

A L Robinson, 1982, Science.

Physicists dream about a computer network.

A L Robinson, 1981, Science.

Video--a new approach to chart recorders.

A L Robinson, 1980, Science.

New Synchrotron Light Sources Sputtering: Murphy's Law, high expectations, and a shortage of funds and accelerator physicists add up to exasperating delays at Brookhaven and Wisconsin.

A L Robinson, 1983, Science.

Fusion energy in our time.

A L Robinson, 1980, Science.

Superconducting electronics: toward an ultrafast computer.

A L Robinson, A. Robinson, 1978, Science.

Artificial intelligence comes to atlantic city.

A L Robinson, 1983, Science.

Physicists try to find order in chaos.

A L Robinson, 1982, Science.

LEP Revolution Under Way at CERN.

A L Robinson, 1982, Science.

Automotive electronics: computerized engine control.

A L Robinson, 1976, Science.

Energy Storage (II): Developing Advanced Technologies.

A L Robinson, 1974, Science.

Portable elemental analyzers pushed.

A L Robinson, 1980, Science.

Perilous times for u.s. Microcircuit makers.

A L Robinson, A. Robinson, 1980, Science.

Speech is another microelectronics conquest.

A L Robinson, 1979, Science.

Multiple minicomputers: inexpensive and reliable computing.

A L Robinson, 1975, Science.

Berkeley Advanced Materials Center OK'd.

A L Robinson, 1983, Science.

Probing interfaces involving liquids.

A L Robinson, 1987, Science.

Rough going for lasers at the pittsburgh conference.

A L Robinson, 1981, Science.

Micromainframe is newest computer on a chip.

A L Robinson, A. Robinson, 1981, Science.

Imaging unaltered cell structures with x-rays.

A L Robinson, 1987, Science.

CERN Vector Boson Hunt Successful: Between them, two groups of physicists have collected 90 W's and 10 Z0's whose properties fit the predictions of the electro-weak theory.

A L Robinson, A. Robinson, 1983, Science.

1980 nobel prize in physics to cronin and fitch.

A L Robinson, 1980, Science.

Computing Without Dissipating Energy: Computers are machines and should be subject to thermodynamics; what is the minimum energy needed for computation?

A L Robinson, A. Robinson, 1984, Science.

Fractal Fingers in Viscous Fluids: Highly unstable viscous fingers break up into many-branched structures that are suggestive of fractal geometry.

A L Robinson, A. Robinson, 1985, Science.

CERN Sets Intermediate Vector Boson Hunt.

A L Robinson, 1981, Science.

Multiple Quantum Wells for Optical Logic: Structures comprising alternating layers of gallium arsenide--based semiconductors are candidates for the optical analog of transistors.

A L Robinson, A. Robinson, 1984, Science.

CERN Council Defers LEP Approval.

A L Robinson, 1981, Science.

New evidence for fifth quark.

A L Robinson, 1979, Science.

IBM Drops Superconducting Computer Project: Problems with a high-speed memory chip would delay a Josephson junction computer long enough for semiconductors to catch up.

A L Robinson, 1983, Science.

The return of the vacuum tube.

A L Robinson, 1986, Science.

IBM Images Surfaces by Electron Tunneling.

A L Robinson, 1983, Science.

Superconductor Claim Raised to 94 K: A joint effort by researchers at the University of Alabama in Huntsville and the University of Houston yields the first superconductor to operate above liquid nitrogen temperature.

A L Robinson, 1987, Science.

Flexible PVF2 Film: An Exceptional Polymer for Transducers.

A L Robinson, A. Robinson, 1978, Science.

High-resolution imaging with soft x-rays.

A L Robinson, A. Robinson, 1982, Science.

Energy storage (I): using electricity more efficiently.

A L Robinson, 1974, Science.

New ways to make microcircuits smaller.

A L Robinson, A. Robinson, 1980, Science.

A Spatially Resolved Surface Spectroscopy: A scanning tunneling microscope not only images atoms on surfaces, it may also yield local surface electronic and vibrational spectra.

A L Robinson, A. Robinson, 1985, Science.

Plug pulled on chemistry computer center.

A L Robinson, 1980, Science.

Electron Microscope Inventors Share Nobel Physics Prize: Ernst Ruska built the first electron microscope in 1931; Gerd Binnig and Heinrich Rohrer developed the scanning tunneling microscope 50 years later.

A L Robinson, A. Robinson, 1986, Science.

CERN Gives Nod to Four LEP Detectors.

A L Robinson, 1982, Science.

Fermilab installing superconducting magnets.

A L Robinson, 1982, Science.