Thursday, September 22, 2016

375 Scientists at ResponsibleScientists.org For Climate Sanity

I don't think this can be posted in enough places.  Here is the full text that is at http://responsiblescientists.org/

"Human-caused climate change is not a belief, a hoax, or a conspiracy. It is a physical reality. Fossil fuels powered the Industrial Revolution. But the burning of oil, coal, and gas also caused most of the historical increase in atmospheric levels of heat-trapping greenhouse gases. This increase in greenhouse gases is changing Earth’s climate.

Our fingerprints on the climate system are visible everywhere. They are seen in warming of the oceans, the land surface, and the lower atmosphere. They are identifiable in sea level rise, altered rainfall patterns, retreat of Arctic sea ice, ocean acidification, and many other aspects of the climate system. Human-caused climate change is not something far removed from our day-to-day experience, affecting only the remote Arctic. It is present here and now, in our own country, in our own states, and in our own communities.

During the Presidential primary campaign, claims were made that the Earth is not warming, or that warming is due to purely natural causes outside of human control. Such claims are inconsistent with reality.

Others argued that no action is warranted until we have absolute certainty about human impacts on climate. Absolute certainty is unattainable. We are certain beyond a reasonable doubt, however, that the problem of human-caused climate change is real, serious, and immediate, and that this problem poses significant risks: to our ability to thrive and build a better future, to national security, to human health and food production, and to the interconnected web of living systems.
The basic science of how greenhouse gases trap heat is clear, and has been for over a century. Ultimately, the strength of that basic science brought the governments of the world to Paris in December 2015. They went to Paris despite pronounced differences in systems of government, in national self-interest, in culpability for past emissions of greenhouse gases, and in vulnerability to future climate change. The leaders of over 190 countries recognized that the problem of human-caused climate change is a danger to present and future citizens of our planet. They made national commitments to address this problem. It was a small but historic and vital first step towards more enlightened stewardship of Earth’s climate system.

From studies of changes in temperature and sea level over the last million years, we know that the climate system has tipping points. Our proximity to these tipping points is uncertain. We know, however, that rapid warming of the planet increases the risk of crossing climatic points of no return, possibly setting in motion large-scale ocean circulation changes, the loss of major ice sheets, and species extinctions. The climatic consequences of exceeding such thresholds are not confined to the next one or two electoral cycles. They have lifetimes of many thousands of years.

The political system also has tipping points. Thus it is of great concern that the Republican nominee for President has advocated U.S. withdrawal from the Paris Accord. A “Parexit” would send a clear signal to the rest of the world: "The United States does not care about the global problem of human-caused climate change. You are on your own." Such a decision would make it far more difficult to develop effective global strategies for mitigating and adapting to climate change. The consequences of opting out of the global community would be severe and long-lasting – for our planet’s climate and for the international credibility of the United States.

The United States can and must be a major player in developing innovative solutions to the problem of reducing emissions of greenhouse gases. Nations that find innovative ways of decarbonizing energy systems and sequestering CO2 will be the economic leaders of the 21st century. Walking away from Paris makes it less likely that the U.S. will have a global leadership role, politically, economically, or morally. We cannot afford to cross that tipping point.

The following signers of this letter do so as individual NAS members and not on behalf of the NAS itself or their Institutions.

SIGNED BY:

Benjamin D. Santer, Member, National Academy of Sciences^
Kerry A. Emanuel, Massachusetts Institute of Technology^
George B. Field, Harvard University^
Ray Weymann, Carnegie Institution for Science Emeritus^
Peter C. Agre, Johns Hopkina Malaria Research Institute
Bruce Alberts, University of California San Francisco
Thomas D. Albright, The Salk institute for Biological Studies
Richard M. Amasino, University of Wisconsin-Madison
Jim Anderson, Harvard University
Phillip W. Anderson, Princeton University
Roger Angel, University of Arizona
Luc E. Anselin, University of Chicago
Fred Anson, California Institute of Technology
David Arnett, Univerity of Arizona
Mary T. Kalin Arroyo, University of Chile
Greg Asner, Carnegie Institution for Science
Sir Michael Atiyah, University of Edinburgh
Tanya M. Atwater, University of California Santa Barbara
Francisco J. Ayala, University of California Irvine
George Backus, University of California San Diego
Neta Bahcall, Princeton University
Steven Balbus, University of Oxford
David Baltimore, California Institute of Technology
Allen Bard, University of Texas
Sir David Baulcombe, University of Cambridge
Adriaan Bax, Member, National Academy of Sciences
Barry J. Beaty, Colorado State University
Michael Bender, Princeton University
Charles L. Bennett, Johns Hopkins University
Michael V.L. Bennett, Albert Einstein College of Medicine
Jeffrey L. Bennetzen, University of Georgia
John Bercaw, California Institute of Technology
May R. Berenbaum, University of Illinois at Urbana-Champaign
Howard Berg, Harvard University
Robert Bergman, University of California Berkeley
Jacques E. Blamont, Centre National d' Etudes Spatiales
Roger Blandford, Stanford University
Michael R Botchan, University of California Berkeley
Ed A. Boyle, Massachusetts Institute of Technology
Daniel Branton, Member, National Academy of Sciences
Winslow Briggs, Carnegie Institution for Science
Steven P. Briggs, University of California San Diego
Wallace Broecker, Columbia University
Axel T. Brunger, Stanford University
Douglas W. Burbank, University of California Santa Barbara
E. Margaret Burbidge, University of California San Diego Emerita
John Cairns, Virginia Polytechnic Institute and State University
Mark A. Cane, Columbia University
Claude Canizares, Massachusetts Institute of Technology
Marian Carlson, Columbia University
John Carlson, Yale University
Stephen Carpenter, University of Wisconsin-Madison
Sean B. Carroll, University of Wisconsin-Madison
Emily A. Carter, Princeton University
Katherine Cashman, University of Bristol
Juan Carlos Castilla, Pontificia Universidad Católica de Chile
Anny Cazenave, Centre National d'Etudes Spatiales
Thure E. Cerling, University of Utah
Sylvia T. Ceyer, Massachusetts Institute of Technology
Martin Chalfie, Columbia University
F. Stuart Chapin, University of Alaska
Roger Chevalier, University of Virginia
Steven Chu, Stanford University
Ralph Cicerone, Professor Emeritus, University of California
David E. Clapham, Harvard Medical School
George Clark, Massachusetts Institute of Technology
Michael T. Clegg, University of California Irvine
Claude Cohen-Tannoudji, Laboratoire Kastler Brossel
Jonathan J. Cole, Cary Institute of Ecosystem Studies
Rita R. Colwell, University of Maryland
Karen S. Cook, Stanford University
Richard M. Cowling, Nelson Mandela Metropolitan University
James Cronin, University of Chicago
Paul J. Crutzen, Max Planck Institute for Chemistry
Roy Curtiss III, University of Florida
Gretchen Daily, Stanford University
G. Brent Dalrymple, Oregon State University
Sir Partha Dasgupta, University of Cambridge
Earl W. Davie, University of Washington
Russ E. Davis, University of California San Diego
Marc Davis, University of California Berkeley
Ruth DeFries, Columbia University
Edward F. DeLong, University of Hawaii Manoa
David L. Denlinger, Ohio State University
George Denton, University of Maine
Donald DePaolo, Univerity of California Berkeley
Bob Dickinson, University of Texas
Rodolfo Dirzo, Stanford University
Michael J. Donoghue, Yale University
Russell F. Doolittle, University of California San Diego
Dennis A. Dougherty, California Institute of Technology
John E. Dowling, Harvard University
Bruce Draine, Princeton University
Alan Dressler, Carnegie Institution for Science
Thomas Dunne, University of California Santa Barbara
Joseph R. Ecker, Member, National Academy of Sciences
R. Lawrence Edwards, University of Minnesota
Paul Ehrlich, Stanford University
John M. Eiler, California Institute of Technology
David Eisenberg, University of California Los Angeles
Richard Eisenberg, University of Rochester
W. Gary Ernst, Stanford University
Mark Estelle, University of California San Diego
James A. Estes, University of California Santa Cruz
Paul Falkowski, Rutgers University
Nina V. Fedoroff, Pennsylvania State University Emerita
Juli Feigon, University of California Los Angeles
Joseph Felsenstein, University of Washington
Alex Filippenko, University of California Berkeley
Gerald D. Fischbach, Simons Foundation, Chief Scientist
Edmond H. Fischer, University of Washington
Donald Forsyth, Brown University
Stewart Fotheringham, Arizona State University
Wendy Freedman, University of Chicago
Katherine H. Freeman, Pennsylvania State University
Perry Allen Frey, University of Wisconsin-Madison
Margaret T. Fuller, Stanford University
Douglas J. Futuyma, Stony Brook University
Fred H. Gage, Salk Institute for Biological Research
Chris Garrett, University of Victoria
Neil Gehrels, Member, National Academy of Sciences
Reinhard Genzel, Max-Planck-Institut für Extraterrestrische Physik
Howard Georgi, Harvard University
Charles Gilbert, The Rockefeller University
Sheldon Glashow, Boston University
Roy Glauber, Harvard University
Alexander N. Glazer, University of California Berkeley
Peter H. Gleick, Pacific Institute
Stephen P. Goff, Columbia University
Robert B. Goldberg, University of California Los Angeles
Peter Goldreich, Institute for Advanced Study, Princeton
Michael Goodchild, University of California Santa Barbara
Richard Goody, Harvard University
Fred Gould, North Carolina State University
Harry Gray, California Institute of Technology
Paul Greengard, Rockefeller University
Diane E. Griffin, Johns Hopkins Bloomberg School of Public Health
David Gross, University of California Santa Barbara
Charles G. Gross, Princeton University
Carol A. Gross, University of California San Francisco
Timothy Grove, Massachusetts Institute of Technology
Robert H. Grubbs, California Institute of Technology
Jim Gunn, Princeton University
Sarah Hake, Agricultural Research Service
Alexander Halliday, University of Oxford
Jim Hansen, Columbia University
Susan Hanson, Clark University
Stanley Hart, Woods Hole Oceanographic Institution
Daniel L. Hartl, Harvard University
Dennis Hartmann, University of Washington
Robert Haselkorn, The University of Chicago
Alan Hastings, University of California Davis
Robert M. Hauser, University of Wisconsin-Madison
Stephen Hawking, Cambridge University
Wick C. Haxton, Univerity of California Berkeley
John Hayes, Woods Hole Oceanographic Institution
Martha P. Haynes, Cornell University
Timothy Heckman, Johns Hopkins University
Carl Heiles, University of California Berkeley
Lars Hernquist, Harvard University
Dudley Herschbach, Harvard University
John G. Hildebrand, University of Arizona
David M. Hillis, University of Texas
Sarah Hobbie, University of Minnesota
Bert Hoelldobler, Arizona State University
Paul F. Hoffman, University of Victoria
Albrecht W. Hofmann, Max Planck Institute for Chemistry
Sir Brian Hoskins, Imperial College London & University of Reading
Andre T. Jagendorf, Cornell University
Daniel H. Janzen, University of Pennsylvania
J.R. Jokipii, University of Arizona
Tom Jordan, University of Southern California
Jean Jouzel, Laboratoire des Sciences du Climate et de l'Environnement
William A. Jury, University of California Riverside
H. Ronald Kaback, University of California Los Angeles
Thomas Kailath, Stanford University
Peter M. Kareiva, University of California Los Angeles
David Karl, University of Hawaii
Harvey Karten, Professor Emeritus, University of California San Diego
Guinevere Kauffmann, Max Planck Institute for Astrophysics
Steve A. Kay, University of Southern California
Paul Kay, International Computer Science Institute
Peter Kelemen, Columbia University
Kenneth Kellermann, National Radio Astronomy Observatory
Donald Kennedy, Stanford University
Charles Kennel, University of California San Diego
Robert C. Kennicutt, Cambridge University
Wolfgang Ketterle, Massachusetts Institute of Technology
Margaret Kidwell, University of Arizona
Susan W. Kieffer, University of Illinois at Urbana-Champaign
Peter S. Kim, Stanford University
Patrick V. Kirch, University of California Berkeley
Margaret Kivelson, University of California Los Angeles
Daniel Kleppner, Massachusetts Institute of Technology
Catherine L. Kling, Iowa State University
Judith P. Klinman, University of California Berkeley
Eric I. Knudsen, Stanford University School of Medicine
Brian Koblika, Stanford University School of Medicine
M.A.R. Koehl, Univerity of California Berkeley
David Kohlstedt, University of Minnesota
Sir Hans Kornberg, Boston University
John Krebs, University of Oxford
Shrinivas Kulkarni, California Institute of Technology
J. Clark Lagarias, University of California Davis
Kurt Lambeck, Australian National University
Eric Lambin, Stanford University
Arthur Landy, Brown University
Charles H. Langmuir, Harvard University
Brian A. Larkins, University of Nebraska, Lincoln
John H. Law, University of Arizona Emeritus
Sir John Lawton, Former Chief Executive, UK Natural Environment Research Council
Yuan Lee, Academica Sinica Taiwan
Richard E. Lenski, Michigan State University
Simon Levin, Princeton University
Michael Levitt, Stanford University School of Medicine
Gene E. Likens, Cary Institute of Ecosystem Studies
Laszlo Lorand, Feinberg Medical School Northwestern University Emeritus
C. Owen Lovejoy, Kent State University
Jane Lubchenco, Oregon State University
Jonathan I. Lunine, Cornell University
Michael Lynch, Indiana University
Akin Mabogunje, Foundation for Development and Environmental Initiatives
Trudy Mackay, North Carolina State University
Anthony P. Mahowald, University of Chicago
Syukuro Manabe, Princeton University
Joyce Marcus, University of Michigan
Rudolph A. Marcus, California Institute of Technology
Douglas S. Massey, Princeton University
Pamela A. Matson, Stanford University
Rowena G. Matthews, University of Michigan Emerita
Michel G. Mayor, University of Geneva
Bonnie J. McCay, Rutgers University
Richard McCray, University of Colorado
Bruce S. McEwen, Rockefeller University
Fred McLafferty, Cornell University
Jim McWilliams, University of California Los Angeles
Jerrold Meinwald, Cornell University
Jerry M. Melillo, Marine Biological Laboratory, Woods Hole
Henry J. Melosh, Purdue University
Sabeeha Merchant, University of California Los Angeles
Joachim Messing, Rutgers University
Mario Molina, University of California San Diego
Harold Mooney, Stanford University
Peter B. Moore, Yale University
James M. Moran, Member, National Academy of Sciences
Nancy Moran, University of Texas
M. Granger Morgan, Carnegie Mellon University
Ellen S. Mosley-Thompson, Ohio State University
Walter Munk, University of California San Diego
Royce Murray, Univeristy of North Carolina
Sidney Nagel, University of Chicago
Ramesh Narayan, Harvard University
Jeremy Nathans, Johns Hopkins University School of Medicine
Eugene W. Nester, University of Washington
William T. Newsome, Stanford University
Richard P. Novick, New York University School of Medicine
Paul E. Olsen, Columbia University
Peter Olson, Johns Hopkins University
Neil D. Opdyke, University of Florida
Jeremiah Ostriker, Columbia University
Sarah Otto, University of British Columbia
Sir Ronald Oxburgh, Cambridge University
Stephen Pacala, Member, National Academy of Sciences
Norman R. Pace, University of Colorado
Richard D. Palmiter, University of Washington School of Medicine
Stephen Palumbi, Stanford University
Joseph Pedlosky, Woods Hole Oceanographic Institution
Jim Peebles, Princeton University
Gordon Pettengill, Massachusetts Institute of Technology
S. George Philander, Princeton University
William Phillips, Member, National Academy of Sciences
Dolores R. Piperno, Member, National Academy of Sciences
Terry Plank, Columbia University
William H. Press, University of Texas
Frank Press, Member, National Academy of Sciences
George W. Preston, Carnegie Institution for Science
Peter H. Raven, Missouri Botanical Garden
Maureen E. Raymo, Columbia University
Martin Rees, Cambridge University
Peter Rhines, University of Washington
Frank Richter, University of Chicago
Robert E. Ricklefs, University of Missouri
Lynn M. Riddiford, University of Washington
George Rieke, University of Arizona
Marcia Rieke, University of Arizona
Adam Riess, Johns Hopkins University
Morton Roberts, National Radio Astronomy Observatory
Gene E. Robinson, University of Illinois at Urbana-Champaign
A. Kimball Romney, University of California Irvine
Michael Rosbash, Brandeis University
Mal Ruderman, Columbia University
Roberta L. Rudnick, University of California Santa Barbara
Gary Ruvkun, Massachusetts General Hospital
Roald Sagdeev, University of Maryland
Pedro A. Sanchez, Columbia University
David Sandwell, University of California San Diego
Joshua R. Sanes, Harvard University
Daniel L. Schacter, Harvard University
Paul Schechter, Massachusetts Institute of Technology
Randy W. Schekman, University of California Berkeley
Hans Joachim Schellnhuber, Potsdam Institute for Climate Impact Research
David W. Schindler, University of Alberta
Bill Schlesinger, Cary Institute of Ecosystem Studies
Johanna Schmitt, University of California Davis
Robert J. Scholes, University of the Witswatersrand
Julian Schroeder, University of California San Diego
Gerald Schubert, Universty of California Los Angeles
Matthew P. Scott, President, Carnegie Institution for Science
Sara Seager, Massachusetts Institute of Technology
Ronald R. Sederoff, North Carolina State University
Jeff Severinghaus, University of California San Diego
Irwin Shapiro, Harvard University
Carla J. Shatz, Stanford University
Peter Shearer, University of California San Diego
Frank Shu, University of California San Diego
Kerry Sieh, Nanyang Technological University
James Simons, Chairman, Simons Foundation
Norman H. Sleep, Stanford University
Susan Solomon, Massachusetts Institute of Technology
Pamela S. Soltis, University of Florida
Alfred Sommer, Johns Hopkins Bloomberg School of Public Health
David Spergel, Princeton University
Nicholas C. Spitzer, University of California San Diego
Charles Steidel, California Institute of Technology
Thomas A. Steitz, Yale University
Edward Stolper, California Institute of Technology
Howard A. Stone, Princeton University
Joan E. Strassmann, Washington University, St. Louis
Timothy Swager, Massachusetts Institute of Technology
Lynn R. Sykes, Columbia University Emeritus
Harvey Tananbaum, Member, National Academy of Sciences
Joseph Taylor, Princeton University
Saul A. Teukolsky, Cornell University
David Hurst Thomas, American Museum of Natural History
Lonnie Thompson, Ohio State University
Kip Thorne, Member, National Academy of Sciences
James M. Tiedje, Michigan State University
Alar Toomre, Massachusetts Institute of technology
Scott Tremaine, Institute for Advanced Study
Susan Trumbore, Max Planck Institute for Biogeochemistry
James Tumlinson, Pennsylvania State University
Monica G. Turner, University of Wisconsin-Madison
Anthony Tyson, University of California Davis
Joan Selverstone, Valentine University of California Los Angeles
James L. Van Etten, University of Nebraska
Martha Vaughan, Member, National Academy of Sciences
Inder Verma, The Salk institute for Biological Studies
George Veronis, Yale University
Peter H. von Hippel, University of Oregon
Gerhard Wagner, Harvard Medical School
David B. Wake, University of California Berkeley
David Walker, Columbia University
John M. Wallace, University of Washington
E. Bruce Watson, Member, National Academy of Sciences
Steven Weinberg, University of Texas
Rainer Weiss, Massachusetts Institute of Technology
William J. Welch, University of California Berkeley
Mary Jane West-Eberhard, Smithsonian Tropical Research Institute Emerita
Simon D.M. White, Max Planck Institute for Astrophysics
Torsten N. Wiesel, President Emeritus, The Rockefeller University
Edward O. Wilson, Harvard University
Robert W. Wilson, Member, National Academy of Sciences
David Wineland, Member, National Academy of Sciences
Steven Wofsy, Harvard University
Julian Wolpert, Princeton University
John Wood, Member, National Academy of Sciences
George M. Woodwell, Woods Hole Research Center
Stanford E. Woosley, University of California Santa Cruz
Carl Wunsch, Massachusetts Institute of Technology
Keith Yamamoto, University of California San Francisco
Martin Yanofsky, University of California San Diego
Tilahun Yilma, University of California Davis
William Young, University of California San Diego
Mary Lou Zoback, Stanford University
Maria T. Zuber, Massachusetts Institute of Technology
^ = letter organizer

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Tuesday, September 20, 2016

Late Night With Seth Meyers Perfect Take Down of Trump's Birtherism



The most complete, logical and brilliant take down of birtherism by Seth Meyers.


The Murder of an Innocent Black Man in Oklahoma



When I watched this video I thought I was going kick in the TV as these RACISTS WHITE COPS murder this completely innocent black man.  This is sickening and this is why Black Lives Matter is so important.  When I hear people say, "Well, All Lives Matter", I tell them to just "SHUT THE HELL UP! because you have not a f*cking clue what you are talking about!"



Monday, September 19, 2016

Dr. Glen Gawarkiewicz aka Gork Interviewed on CBS Nightly News "Scientists eye global warming's role in severe storms"



In the link to the article below, you will see a video where Dr. Glen Gawarkiewicz (aka "Gork" to me) who is one of the top physical oceanographers on planet earth being interviewed on CBS Nightly News.

I have known Gork for 42 years and he is one of the smartest people I have ever met -- and I have met a TON of smart people in my 57 years on this planet.

The name of the piece with the video of Gork being interviewed is at:

Scientists eye global warming's role in severe storms


|The world is on pace for the hottest year on record, breaking marks set in 2015, 2014 and 2010. But scientists say it's more than temperatures. They have connected man-made climate change to deadly heat waves, droughts and devastating floods. Scientists also say a warmer planet means more severe storms like the recent Hurricane Hermine. DeMarco Morgan has the latest."

Here is the video that is well worth watching:


Wednesday, September 14, 2016

MEMEX Inc. to Unveil and Demonstrate MERLIN Financial Overall Equipment Effectiveness (FOEE)™, MERLIN DNC and MERLIN Continuous Improvement Professional Service

September 14, 2016   Press Releases, Recent News

BURLINGTON, ON–(Marketwired – Sep 14, 2016) – Memex Inc.(“MEMEX”) (TSX VENTURE:OEE) announced today it will be unveiling and demonstrating two new modules to the MERLIN open platform — MERLIN Financial Overall Equipment Effectiveness (FOEE) and MERLIN DNC. MEMEX is also introducing MERLIN Continuous Improvement Professional Services (CI-PS) at the International Manufacturing Technology Show (IMTS) in Chicago.

It is a fact that most manufacturers are totally in the dark in terms of knowing in real-time if they are making or losing money on a given machine tool, shift or plant. Now with the introduction of MERLIN FOEE, we address this critical issue by combining OEE with financials.
Bob Hansen, long time manufacturing consultant and author of OVERALL Equipment “Effectiveness – A Powerful Maintenance / Production Tool For Increased Profits”, stated, “while OEE is an excellent metric, the truth is OEE tells you nothing about your profitability or more important, your potential profitability and this why I created Financial Overall Equipment Effectiveness. MERLIN FOEE is a new tool for leadership teams to visualize hourly profit contribution by product on constraint machines versus world class performance results. Key components of FOEE information can improve prioritization of product /machine scheduling, re-order Continuous Improvement projects, and reset sales and marketing strategies for better cash flow and higher profits. What is the value of an accelerating competitive advantage such as FOEE? Priceless.”

John Rattray, VP of Sales for MEMEX, stated, “FOEE is a game-changer because it provides the ability to visualize real-time financial profit contribution on a per machine/product basis giving management the ability to direct teams with the information to drive profitable scheduling and machine utilization.”

David McPhail, President and CEO for MEMEX, stated, “We acquired the rights to FOEE because we knew that this will completely change analytics for manufacturing. Imagine knowing in real-time if you are making or losing money at any given standalone machine tool or at any one of your plants. What was only a dream in manufacturing, is now a reality with MERLIN FOEE.”

The Direct/Distributed Numerical Control (DNC) market has been flat in terms of growth. With the full embrace of platforms such as MEMEX’s MERLIN this has caused countless manufacturing plants and shops to re-evaluate their DNC solutions. MEMEX made a strategic decision to purchase Dostek in 2015 because of their exceptional reputation in the industry.

Doug Struthers, MEMEX DNC Architect, stated, “After 30 years at Dostek, I joined MEMEX for one primary reason — to create the most comprehensive, flexible, easy to use and easy to troubleshoot DNC software using the MERLIN platform. This was my opportunity to take my many decades of DNC experience to create the absolute best DNC software. MERLIN DNC will absolutely cause manufacturing to rethink their entire DNC strategy.”

The key high-level steps for successful implementation of Management Execution Systems (MES) such as MERLIN Tempus are measure, monitor and manage. Nigel Southway, international consultant, coach for Operational Continuous Improvement & LEAN Thinking and author of CYCLE TIME MANAGEMENT… Fast Track to Productivity Improvement, stated, “we have developed the MERLIN Continuous Improvement Professional Services (CI-PS) program to couple the power of the MERLIN Tempus platform with a comprehensive implementation process that enables organizations to embrace the CI culture. Utilizing time-tested, integrated templates, reporting methodology and advanced problem solving tools the MERLIN CI roadmap drives productivity improvement to achieve benchmark operating effectiveness.”

About MEMEX:
MEMEX, the developer of MERLIN, an award winning IIoT technology platform that delivers tangible increases in manufacturing productivity in Real-Time, is the global leader in machine to machine connectivity solutions. Committed to its mission of “Successfully transforming factories of today into factories of the future” and encouraged by the accelerating adoption and success of MERLIN, MEMEX is relentlessly pursuing the development of increasingly innovative solutions suitable in the IIoT era. MEMEX envisions converting every machine into a node on the corporate networks, thereby, creating visibility from shop-floor-to-top-floor. MEMEX, with its deep commitment towards machine connectivity, offers solutions that are focused on finding hidden capacity by measuring and managing Real-Time data. This empowers MEMEX’s customers to effectively quantify and manage OEE, reduce costs and incorporate strategies for continuous lean improvement.

Media Contact
Memex Inc.:
David McPhail, CEO
Phone: 519-993-1114
Email: david.mcphail@MemexOEE.com

Rashi Rathore, Marketing Specialist
Phone: 905-635-3040 ext 103
Email: Rashi.Rathore@MemexOEE.com

Investor Relations
Sean Peasgood, Investor Relations
Phone: 416-565-2805
Email: Sean@SophicCapital.com

Tuesday, September 13, 2016

MEMEX Inc. to Unveil and Demonstrate the MTC-One — One of the World’s Most Advanced and Easiest to Configure MTConnect Connectivity Board for Legacy Machine Tools and IIoT Devices

September 13, 2016   Press Releases, Recent News

BURLINGTON, ON–(Marketwired – Sep 13, 2016) – Memex Inc.(“MEMEX”) (TSX VENTURE:OEE) announced today it will be unveiling and demonstrating the MTC-One, one of the world’s most advanced and easiest to configure MTConnect® connectivity boards for legacy machine tools and IIoT devices, at the International Manufacturing Technology Show (IMTS) in Chicago.

Dave Edstrom, CTO of MEMEX Inc., author of “MTConnect: To Measure Is To Know”, as well as former President and Chairman of the MTConnect Institute, stated, “There is no company on planet earth that is better positioned than MEMEX in terms of MTConnect enabling legacy machine tools and IIoT devices. The MTC-One is our third generation of MTConnect connectivity boards and clearly addresses ‘the last meter’ challenge, where MEMEX leaves no machine behind when it comes to legacy connectivity on the plant floor. The MTC-One truly is the ‘Swiss army knife’ of legacy connectivity solutions to connect to any device on the plant floor and then have that device MTConnect enabled.”
MEMEX’s new MTC-One has a number of leading edge features:
  • Powerful ARM SOM microprocessor capable of running Linux, MTConnect adapters, agents and other IIoT software such as Complex Event Processing (CEP) as well countless other applications that might be needed to connect to and process data from devices
    • MTC-One features include NXP®/Freescale i.MX 6DualLite, ARM Cortex™-A9, 1.0 GHz, Dual Core, 512MB DDR3 (64 Bit), 4GB eMMC (8 Bit), two 10/100 Mbit IEEE1588 Ethernet ports
  • Numerous Connectivity Options – Wireless (Wi-Fi b/g/n), up to 110 USB devices, 4 USB Host (Type A) connectors, USB (Micro A-B connector) diagnostic port, 8 onboard digital inputs (this provides optical isolation between the MTC-One and the device being monitored, which allows the MTC-One and the device to be electrically isolated), 2 onboard digital outputs and analog I/O Interfaces, as well as onboard Fieldbus/Industrial Ethernet Protocol Interface
  • Wide variety of option sensors ranging from power monitoring, 8 channel ADC, thermocouple, accelerometer, RH sensor, digital input, DIO and others are on the MTC-One roadmap
  • Industrial quality with onboard real-time clock with battery backup, graceful shutdown circuitry to prevent data loss, high voltage surge protection, Micro SD Card Slot and DVI-I display connector which can also convert to HDMI for connecting to shop displays
  • Flexible installation choices with either magnetic, screw or din rail mount and can take 6-27 VDC as its power input
A clear differentiator for the MTC-One is the configuration and transformation logic software that easily handles the capture of signals and protocols and then passes that data to the transformation logic layer (such as the well understood ladder logic) and finally the ability to easily map this transformed data to the MTConnect standard.

About MEMEX:
MEMEX, the developer of MERLIN, an award winning IIoT technology platform that delivers tangible increases in manufacturing productivity in Real-Time, is the global leader in machine to machine connectivity solutions. Committed to its mission of “Successfully transforming factories of today into factories of the future” and encouraged by the accelerating adoption and success of MERLIN, MEMEX is relentlessly pursuing the development of increasingly innovative solutions suitable in the IIoT era. MEMEX envisions converting every machine into a node on the corporate networks, thereby, creating visibility from shop-floor-to-top-floor. MEMEX, with its deep commitment towards machine connectivity, offers solutions that are focused on finding hidden capacity by measuring and managing Real-Time data. This empowers MEMEX’s customers to effectively quantify and manage OEE, reduce costs and incorporate strategies for continuous lean improvement.

Media Contact
Memex Inc.:
David McPhail, CEO
Phone: 519-993-1114
Email: david.mcphail@MemexOEE.com

Rashi Rathore, Marketing Specialist
Phone: 905-635-3040 ext 103
Email: Rashi.Rathore@MemexOEE.com

Investor Relations
Sean Peasgood, Investor Relations
Phone: 416-565-2805
Email: Sean@SophicCapital.com

Monday, September 12, 2016

MEMEX Inc. announces MERLIN Tempus™ and MERLIN Tempus™ Enterprise Edition at IMTS 2016


 September 12, 2016   Press Releases, Recent News
BURLINGTON, ON–(Marketwired – Sep 12, 2016) – Memex Inc. (“MEMEX”) (TSX VENTURE:OEE) today at IMTS 2016 announced the launch of MERLIN Tempus™ and MERLIN Tempus Enterprise Edition (EE), the next generation of the award winning MERLIN Manufacturing Execution System (MES). MEMEX is currently demonstrating MERLIN Tempus and MERLIN Tempus Enterprise Edition (EE) at the International Manufacturing Technology Show (IMTS) in Chicago.
MERLIN Tempus is an open and extensible Manufacturing Execution System (MES) platform that offers the next generation of tools and a dynamic configurable dashboard that provides a complete view of the shop floor. Tempus is Latin for time. MERLIN Tempus measures and analyzes manufacturing time. MERLIN Tempus tells manufacturing exactly how time is being used on the shop floor in machine tools, with operators, with sensors and any other asset. Developed using state-of-the-art software engineering technologies, MERLIN Tempus delivers green-light metrics and analytical capabilities to effectively reduce downtime while increasing throughput and profits. MERLIN Tempus EE extends the capabilities of the MERLIN Tempus platform with full Overall Equipment Effectiveness (OEE), integrated job scheduling. MERLIN Tempus supports MTConnect®, Fanuc Focas, Fanuc I/O link to MTConnect®, OPC and other software protocols.
The MERLIN Project Lead at Sun Hydraulics Corporation (NASDAQ: SNHY) stated, “At Sun Hydraulics, we are using MERLIN today as part of our ongoing process improvement effort to drive greater efficiency and have been very pleased with its features and the support we’ve received from MEMEX. After a presentation and demonstration of the new MERLIN Tempus, we are looking forward to implementing the next generation of MERLIN in our production facilities.”
Steve Fanning, CEO and President of Path to Progress stated, “At Path to Progress, we are very excited about being a MEMEX partner to build apps that can take full advantage of the new state-of-the-art MERLIN Tempus open and extensible platform.”
Dave Edstrom, CTO of MEMEX Inc., author of “MTConnect: To Measure Is To Know”, as well as former President and Chairman of the MTConnect Institute, stated, “it is important to understand that MERLIN Tempus and MERLIN Tempus EE are highly scalable, extensible and are open Manufacturing Execution System platforms. This is significant because it greatly simplifies and truly enables customers and partners to build upon the countless features and services MERLIN Tempus provides.”
With MERLIN Tempus and MERLIN Tempus EE, MEMEX is redefining what it means to truly know what is happening in your plant. MEMEX has long been recognized as the leader in both shop floor monitoring, as well as providing MTConnect software and hardware solutions for any piece of manufacturing equipment on the plant floor. Additionally, these new products will further differentiate MEMEX from the competition.
MEMEX’s entirely new software and hardware platforms build upon the success of the current award-winning MERLIN software suite and connectivity products, which has enabled manufacturers to achieve upwards of 50% increase in productivity, a 20% plus increase in profit based on a 10% increase in OEE, along with securing payback in less than four months which equates to an Internal Rate of Return greater than 300%.
David McPhail, CEO of MEMEX Inc., and Mr. Edstrom, will be in booth E3368 to discuss and demonstrate these new game-changing software and hardware solutions along with other MEMEX industry experts. Both Mr. McPhail and Mr. Edstrom were recognized as two of the top 30 Advanced Manufacturing Visionaries by Smart Manufacturing Magazine.
About MEMEX:
MEMEX, the developer of MERLIN, an award winning IIoT technology platform that delivers tangible increases in manufacturing productivity in Real-Time, is the global leader in machine to machine connectivity solutions. Committed to its mission of “Successfully transforming factories of today into factories of the future” and encouraged by the accelerating adoption and success of MERLIN, MEMEX is relentlessly pursuing the development of increasingly innovative solutions suitable in the IIoT era. MEMEX envisions converting every machine into a node on the corporate networks, thereby, creating visibility from shop-floor-to-top-floor. MEMEX, with its deep commitment towards machine connectivity, offers solutions that are focused on finding hidden capacity by measuring and managing Real-Time data. This empowers MEMEX’s customers to effectively quantify and manage OEE, reduce costs and incorporate strategies for continuous lean improvement. For more information, please visit:www.MemexOEE.com

Media Contact
Memex Inc.:
David McPhail, CEO
Phone: 519-993-1114

Rashi Rathore, Marketing Specialist
Phone: 905-635-3040 ext 103

Investor Relations
Sean Peasgood, Investor Relations
Phone: 416-565-2805
Email: Sean@SophicCapital.com

Sunday, September 11, 2016

Getting Ready For The International Manufacturing Technology Show (IMTS) 2016



The mother-of-all Manufacturing Technology Shows is The International Manufacturing Technology Show (IMTS) 2016 held even number years in September for 6 days at McCormick Place in Chicago.

Below is the MEMEX Team building our booth - always an interesting experience because we do not pay the professionals to do it - we do it ourselves.  We have a great booth location that overlooks Lake Michigan.  The challenge with building this is ALL of the big doors are open and we are dealing with the wind off the lake to assemble this. Thanks to Asim from AMT for taking this photo.


Come check us out!