Showing posts with label 22 jury. Show all posts
Showing posts with label 22 jury. Show all posts

Steorn Jury Anomalies & Unanswered Questions

Tuesday, June 23, 2009

Steorn Jury Anomalies & Unanswered Questions

Read the steorn jury statement below to refresh your memory and then let’s get on to some important questions arising from this:

"In August 2006 the Irish company Steorn published an advertisement in the Economist announcing the development of “a technology that produces free, clean and constant energy”. Qualified experts were sought to form a “jury” to validate these claims.

Twenty-two independent scientists and engineers were selected by Steorn to form this jury. It has for the past two years examined evidence presented by the company. The unanimous verdict of the Jury is that Steorn's attempts to demonstrate the claim have not shown the production of energy. The jury is therefore ceasing work.

The jury consists of scientists and engineers in relevant fields from Europe and North America, from industry, universities and government laboratories. Information about individual members can be found at http://stjury.ning.com/


R.I.MacDonald
Chairman, Steorn Jury

There are many unanswered questions remaining which have not been adequately addressed and may never be. Firstly, get to the first blindingly obvious question.

Where are the missing Jury members?

On the jury’s website there are listed only 16 individuals. The Steorn jury has always been 22 – where are the other 6? Where is Jeff Bechtold (who, back in 2007 was confirmed as a jury member) and where are the other 5 members?

Ceasing work, not “Completed it’s work”

The statement goes on by saying the jury are “ceasing work”. This does not sound like the jury seen the review process through to it’s conclusion – far from it. It smacks of frustration and impatience and ultimately results in the appearance of walking away leaving the job half done. If they had followed this process to a full conclusion then the statement would have read “The jury have completed their work” Why did they cease work?

No building of devices – just “test data”.

If all the jury did was look at “test data” and no-one attempted to physically replicate the effect then the question has to be why? Could they even have proved anything from “test data” anyway by looking at it with the classical physics spectacles on? Did anyone on the jury bother to even buy some magnets or get some sort of construction / setup going?

You can go your own way

Why was the announcement not made on the Steorn website first? Why not a joint statement? Steorn put out a press release, but that was after the fact and was in response to the Jury announcement. It seemed more like a reaction to the jury’s actions. One does wonder if the jury even communicated the fact they were about to release the statement, leaving Steorn to quickly draft a counter response. The relationship between the jury and Steorn seems on the face of it to have broken down at some point and the wording of the statement infers not very well hidden tension between the two parties.

Why are some of the jury simply identified by initials only or have missing bios?

Why have some of the jury members not submitted a bio to the jury “website?” 2 years in the making and some members can’t even be bothered tell us their backgrounds or even their full names. It looks slack, or at the very least highly unprofessional. How long does it take to write a couple of sentences?

Bizarre Wording Of The Statement

Let’s examine the following sentence – “Steorn's attempts to demonstrate the claim have not shown the production of energy.” The wording of this is highly ambiguous and raises a lot of questions. Wasn’t the task to show whether energy was gained or not? The production of energy is a completely different issue. If they are out to actually capture the zero-point field producing energy and to prove that and see it in action then that is a far cry from what was asked of them by Steorn.

Who’s attempt is it anyway?

Perhaps the most fundamental giveaway in the language here is “Steorn’s attempts”. Wasn’t it the jury who were supposed to go away themselves, build, test and confirm/deny? Shouldn’t this statement read “Our attempts to demonstrate the claim?” Did they sit back and wait for Steorn to provide them with a nicely packaged conclusion / working Orbo

Ning! – Your statement’s ready!

And as a vehicle for delivery of this important and after more than 2 years of preparation, the jury (well some of them) chose a social networking site complete with adverts – Ning. Was it too much to ask for a one page .website? In these times of recession, a .COM can be bought for around $6.99.

It almost seems that by delivering the statement by this means on a social network page shows contempt for Steorn and an attempt to devalue the importance of the outcome either way.

Why the delay?

If the evaluation was over and the jury “ceased” their work in 2008 then why was the result delayed by more than 7+ months? Source: (http://www.steorn.com/news/releases/?id=1141)

Launch / Public Demonstrations Of Orbo 2009

If that all din’t seem bizarre enough for you, then how about the news from Steorn that:

“during 2009 the company had resolved the key technical problems related to the implementation of Orbo and is now focused on commercial launch towards the end of this year, at which time academic and engineering validation would be released concurrent with public demonstrations”.

Critics

Many debunkers have gone on record running "bare faced nonsense" stating that there "never was a jury" and some have been spouting this for the past 2+ years at every opportunity. Not even an 0.0000007th of a chance there is a jury joshed one of them. How could there possibly have been a jury when there have been no leaks in 2 years? (they naively asked). It’s just not possible for 22 people to keep it a secret for that long! they wailed. There is no jury now and there never has been a jury! That particular unicorn has died with this news.

The question of the "invisible jury" is now answered for them - good style.

Read more...

Steorn Jury Reports: Launch Of Orbo In 2009 Continues

Monday, June 22, 2009

Official Steorn Press Release
source: http://www.steorn.com/news/releases/?id=1151

Steorn today confirmed that the internet ‘blog’ stjury.ning.com had been posted on behalf of members of the Jury of scientists that Steorn had engaged to conduct an independent review of its Orbo Technology.

In a statement, Steorn CEO, Sean McCarthy said that “he was grateful to the Jury members for the time and effort that they had devoted to the process.”

McCarthy continued on to state that he “fully understood the frustration of the Jury members with respect to the time that the process was taking. Implementing Orbo in a reliable and consistent manner had remained a challenge for the organization, one that we had made no secret of. Due to these difficulties we had focused on providing the Jury with test data relating to the underlying magnetic effect behind Orbo. This work concluded at the end of 2008.”

McCarthy concluded by stating that “during 2009 the company had resolved the key technical problems related to the implementation of Orbo and is now focused on commercial launch towards the end of this year, at which time academic and engineering validation would be released concurrent with public demonstrations”.

ENDS

The question is why did the jury give up, but yet launch still goes ahead?

I would suggest that there is a much more complicated story going on. Could it be that some of the 22 were either disenchanted with Steorn, were pressured / threatened, felt it was career suicide (even if there was a n anomaly shown). I t is entirely likely that some members would not want to risk being the next Pons & Fleischman no matter what. Maybe some came to the realisation of what kind of intrusion this would bring to their family and lives and had decided against it.

The members of the jury listed so far are as follows:

Rezaul Karim
Medford, MA
United States

Dr. Rezaul Karim received his Ph.D. in Experimental Physics from Northeastern University, Boston in 1990 on the Microwave Properties of High Temperature Superconductors. He joined Colorado State University as a Post-doctoral Fellow in the study of high frequency losses in Hexagonal ferrite materials. In 1991 he was appointed Visiting Assistant Professor at Colorado State University. In 1993 Dr. Karim joined the Northeastern University Faculty as a Research scientist in the Center of Electromagnetics Research. He worked on Pulsed Laser deposition techniques to develop artificial ferrite films. In 1995, Dr. Karim started work as a Scientist at Digital Magnetics Systems (DMS) Corporation. He worked on a new concept Resonant Vibrating Sample Magnetometer. He invented several new techniques to improve hard disk metrology systems. From 1997 to 2007 Dr. Karim worked at ADE corporation (now KLA-Tencor) and studied to develop a comprehensive Calibration technique for Magnetometers. Later, he designed a highly sensitive Polar Kerr Measurement station to perform Metrology on Perpendicular Storage Media. He also designed a new concept Pulsed Magnetic Device. From 2007 to 2009, Dr. Karim was a Senior Scientist in the Advanced Instrumentation Division at Radiation Monitoring Devices (RMD), Inc., where he conducted research in Magnetic Imaging applications of various Magneto-resistive sensor technology. He has over 20 publications in various journals.


Creon Levit
Mill Valley, CA
United States


Jordan Maclay
Richland Center, WI
United States


Christian W. Fabjan
Vienna, Vienna
Austria

Experimental particle physicst, Ph.D. from Harvard University. My research concentrates on studying the strong or nuclear interaction; I also develop new detection methods for particle and nuclear physics. I have strong interests in questions pertaining to energy, energy efficiency and sustainable development.


Michael McKubre
Menlo Park, CA
United States


Keith A. Joyner
United States

Keith A. Joyner received a Ph.D. in condensed matter physics from the University of South Carolina in 1979. For 21 years, he worked in several areas of research & development, product, process and device science and engineering at Texas Instruments Inc in Dallas, TX. Since 2001, he has been teaching physics at Richland College in Dallas, TX. He has been issued 25 U.S. patents and was author or co-author of 40 refereed publications and conference papers in a number of technical areas, mostly relating to semiconductor technologies.


Kevin J. Negus
Hyattville, WY
United States

Kevin J. Negus received the Ph.D. degree in Engineering from the University of Waterloo in Canada in 1988. From 1988 to 1998 he held various R&D management positions with the Hewlett-Packard Company where he led the development of RF chipset solutions for systems such as GPS, GSM, IS-54, IS-95, DECT and 802.11. From 1998 to 2002, Kevin was the Chief Technology Officer of Proxim Corporation in Sunnyvale, CA where he was responsible for core technology strategy including silicon development, acquisitions, standards participation and intellectual property licensing. He has published more than 40 technical papers and holds several US patents. Kevin’s base office is in Hyattville, Wyoming where he and his wife Eva run a working cattle ranch. He is currently a General Partner with Camp Ventures in Los Altos, CA (a venture capital investment firm specializing in early-stage technology startup companies) where he leads investments in Quantance and GainSpan, a management advisor to SiTime and Mojix, and a consultant on IP litigation matters to multiple clients. Kevin was also formerly a member of the FCC’s Technical Advisory Committee, a member of the Wyoming State Telecommunications Council, Executive Chairman of WiDeFi (acquired by Qualcomm in 10/07), and a management advisor to several successful startups including Resonext Communications (acquired by RF Micro Devices in 12/02), Athena Semiconductor (acquired by Broadcom in 10/05), and Quorum Communications (acquired by Spreadtrum in 1/08).


P. Boyle
Chicago, IL
United States

PhD in High Energy Astrophysics, National University of Ireland, 1999
BSc in Experimental Physics, University College Dublin, 1994

My research is focused on the production of high-energy radiation in celestial objects (such as supernova explosion, black holes, pulsars etc) and its propagation through interstellar space.

Balloon-borne Projects
TRACER - NASA Cosmic-ray detector
CREAM - NASA Cosmic-ray detector

Ground-based Projects
Whipple - Atmospheric Cerenkov Telescope
ARTEMIS - Antimatter Telescope
VERITAS - Gamma-ray Astronomy


Davor Pavuna
Lausanne
Switzerland


David Powell
United States

PhD Aero/Astro 1970
Professor (Emeritus) , Aero/Astro and Mechanical Engineering, Stanford University
Fellow, AIAA and ASME

Research specialties have been on IC engine control, spacecraft control, and aircraft navigation.


Victor Tikhomirov
Minsk
Belarus

Cand. Sci. (PhD) 1984 Belarusian State University
Doct. Sci. 1993 Belarusian Academy of Science

Research Institute for Nuclear Problems Belarusian State University, head of lab. since 1993.
Nuclear Physics Department of Belarusian State University, professor since 1995.

Research activity: nuclear physics and astrophysics, QED of phenomena in strong fields, magnetic cumulation, high energy particle interaction with matter and crystals, in particular. Predicted several phenomena studied at CERN for 25 years.


Guido Stockhausen
Germany

Research Scientist
German Aerospace Center
Institute of Propulsion Technology
Engine Measurement Systems


Jean-Paul Biberian
Marseille
France

I am a Physicist working at the University of Marseilles, France. I worked for many years in the field of surface science, but for the past 16 years, I work in the controversial field of Cold Fusion. I have therefore lot of experience in measuring energy.


J P
France

56 years old. PhD in Electrical Engineering, specialist of magnetism applications and magnet systems. He has published more than 170 scientific articles and holds 33 patents.


Brian Dodson
Albuquerque, NM
United States


John C. Stover
Tucson, AZ
United StatesPhD in Electrical Engineering, Purdue University 1970
Fellow of SPIE
Owner of The Scatter Works, Inc.

Over thirty years experience in the use of scattered light for the inspection of optics and semiconductors, surface roughness characterization, stray light suppression and the measurement of appearance.


Ian MacDonald (Chairman, Steorn Jury)
Canada
PhD EE 1975
Senior Member IEEE
Fellow, Optical Society of America
Professor (Emeritus) Electrical Engineering, University of Alberta (Retired)

Read more...

Steorn Jury Update: Good Circumstantial Evidence

Tuesday, August 14, 2007

Forum member "Crank" said yesterday:

"The way I'd look at it is...I was shown the names of two jury members. At any time over the past six months if Sean pissed me off sufficiently (and Sean is good at pissing me and everyone else off ) I could have phoned those scientists and asked them if they really were on the Steorn jury.

If they weren't, they could and would have publicly disassociated themselves from the Irish crackpots who were using their name in vain. So if it was a house of cards, it would all have come tumbling down over quite a simple thing.

Therefore...the names he gave me had to be genuine. Therefore...there is a jury. Therefore...anything Sean has stated publicly about the jury has to be real, or jury members would be kicking up a fuss."

--------------------------------------------

I have to agree with Crank on this one since Crank could have easily proved the non-existence of a jury by a simple phone call. Steorn have indeed been upfront about the jury and it is now only the more heavily skeptical people who would dispute this now.

Also today, the forums were opened up again and you no longer need a login to read the posts.

http://www.steorn.com/forum

Read more...

Steorn: Engadget Interview Highlights

Friday, July 20, 2007

On Orbo Power Output...

Engadget: So that's the company, let's talk a little bit more about the technology that you guys have supposedly developed here. Laws of thermodynamics basically state that you can't achieve 100% efficiency in any apparatus and that there are always transfers of heat and energy in any system. But obviously you guys are claiming 100%+ efficiency. Do you have a statistic or number of what you estimate the energy efficiency level of your machine is? Is it 110% or 150%?

Sean: It varies from configuration to configuration. I think the largest efficiency that we would have physically measured would be about 485%. These numbers can be misleading. For example we might be getting 485% per joule, which means were getting 4.85 J out, but there could be a configuration that's could be delivering 130% efficiency yet delivering 10 joules. So, the technology itself is pretty well researched in terms of punch line efficiency it's 485%, but that wouldn't be the optimum output of the system. Obviously we're more focused on direct power output of a device than the punchline numbers. 485 to 1 is 4.85, but we could easily say, 10 to 12 joules off of a system is going to have a lower punch line efficiency. And power output is obviously the key factor, energy output is obviously the key factor.


On The jury...

Engadget: I understand that some 5,000 scientists applied to be a part of this.

Sean: No, we had 5,000 total applicants. It was an online thing. So when you rule out the Bart Simpsons who had applied we had 1,000 qualified people, of which about 500 who would be qualified scientists, and 500 qualified engineers.And so how many people have actually accepted this challenge and are currently working on this?We've signed contracts with 22 of them. There is a copy of the contract on the website, and 22 of them are involved in an analysis of the technology.

On the failed demo...

Engadget: I'd like to know why you think it failed -- and not the reasons that you've already given. We've definitively heard that it was ball bearings, or it was mechanical failure, it was the heat from the lights. We heard all that. We know. I want to know why you think it failed, in the sense that why did the other two backups that you guys brought not work? Or why were you not able to relocate the demo to another location that didn't have these issues? Or why was it not thoroughly tested enough, and so on...

Sean: I'm not going to tell you anything that if you have read some of this stuff that you haven't heard. The simple fact of the matter, just to state, is that this is not production technology and so you know anybody who works in the prototype world will understand that there are always issues. But with respects to what happened, we brought three systems to us from Dublin, three component systems, we don't move them in their operational way, we stripped them down.

They are very, very simple and there is not huge configuration to them, but they are very sensitive configurations because there are lots of magnetic loads and so on. We got one of the systems working on the Tuesday night which was the Tuesday before we were going live on Wednesday evening. We started to install that in the demo case and began to notice problems. It wasn't working. That being the prime problem.

We then took the classic engineering process of stripping it down and testing, testing, testing, and what we found was that in that prototype was that the bearings, while not visibly damaged but the friction had more than quadrupled in them, which would have been a killer in a this type of system that we were planning to show. And under pressure we just kept plugging in all the spare bearings we had. Now, these are not standard bearings you might buy from your local hardware store.

These are very, very low friction bearings used in the watch industry. Our analysis of what happened is that the heat allowed play in the system that damaged the bearings to the point where the extra friction in the bearings didn't allow the technology to happen. Whether people believe that or don't believe it, there isn't a lot that I can say other then that's what happened.

On the new demo...

Engadget: So do you have a time-frame that you're looking at for the next demo?

Sean: What we've decided to do this time, is rather then beating ourselves with a stick, we're going to get it running in a location and then we are going to announce that people can watch it online. So we are actually physically getting it operating, it will be the same. The principle behind London, which was clearly a failed demo, was that it wasn't for for a sequence of webcams to people to watch, but it was equally physical, so that people could go there. We put in some PCs so they could chat about it and so on.

So the principle will be identical, that it's both a physical location where people can go view it. Obviously not everybody can do that, so people can watch it online and chat directly with people there and discuss theories of where batteries might be hidden and so and so on. It's a deferral, we have decided that we will only announce it when it's actually live and in place this time which is a mistake that we made last time. We should have done that but didn't.

On convincing a sceptical public...

Engadget: So what happens if you can't prove this supposed technology? If you can't figure out a way to convince people.

Sean: But we have. We have. There are lots of tactical things that we'll be doing, such as demos -- and obviously we'll have to respond to the failure of that demo and probably do more than we've intended to. We're a small company and maybe we're slightly overstretched in doing it, but we have to do it. But the jury process is happening, they will have to report -- they will either have to say yay or nay. Ok, so you can say how long will it take? I don't know.

But the point of the matter is that there will be an end to the process and an answer will be provided. Now that answer, if it's what we think it will be, will obviously raise more criticism and so and so on. But we've got lots of other things that we are doing to address that. There is going to be no defining moment in my opinion where people go, "It's true!" Even if these 22 scientists -- who are really top scientists -- turn around and say, "By Jove they've done it!". We as a company will still have to drive that message home in other ways.

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