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`EXHIBIT H
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`Case 4:12-cv-11758-GAD-MKM ECF No. 573-8, PageID.46134 Filed 07/09/15 Page 2 of 26
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`1
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`UNITED STATES DISTRICT COURT
`EASTERN DISTRICT OF MICHIGAN
`SOUTHERN DIVISION
`EVERLIGHT ELECTRONICS CO.,
`LTD, and EMCORE CORPORATION,
`Plaintiffs,
`
`No. 12-cv-11758
`
`v
`
`NICHIA CORPORATION, and
`NICHIA AMERICA CORPORATION,
`Defendants.
`_________________________/
`
`JURY TRIAL - VOLUME IV
`EXCERPTS OF PROCEEDINGS BEFORE THE HONORABLE GERSHWIN A. DRAIN
`UNITED STATES DISTRICT JUDGE
`Theodore Levin United States Courthouse
`231 West Lafayette Boulevard
`Detroit, Michigan
`Friday, April 10, 2015
`
`APPEARANCES:
`For the Plaintiffs:
`
`MR. A. MICHAEL PALIZZI
`MR. MICHAEL C. SIMONI
`Miller, Canfield, Paddock and Stone,
`PLC
`150 W. Jefferson Avenue, Suite 2500
`Detroit, Michigan
`48226
`(313) 486-7645
`MR. RAYMOND N. NIMROD
`MR. MATTHEW A. TRAUPMAN
`MS. ANASTASIA M. FERNANDS
`Quinn Emanuel Urquhart & Sullivan, LLP
`51 Madison Avenue, 29th Floor
`New York, New York 10010
`(212) 849-7412
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`Case 4:12-cv-11758-GAD-MKM ECF No. 573-8, PageID.46135 Filed 07/09/15 Page 3 of 26
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`13
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`Or
`
`Put up Defendant's
`
`later.
`Q.
`Those are the ones that Nichia points, allegedly points
`to, is that right?
`A.
`That's correct.
`Q.
`So let's take a look at those.
`Exhibit 99, please.
`Can you tell us what this document is, Doctor?
`it's a picture, really.
`What this is, Dr. Bretschneider?
`A.
`This is one of the awards Nichia talks about.
`It states
`it's a testimonial for phosphor award in recognition for your
`remarkable achievements in your research and development of
`white LED light sources.
`Q.
`What's the date of this award?
`A.
`November 30th, 2001.
`Q.
`And remind us how that compares to the date of the filing
`of the '925 patent.
`A.
`That was about four years later.
`Q.
`So then if we look at the specific individuals at Nichia
`who are named, how many people are named?
`A.
`Ten.
`Q.
`Remind us how many named inventors there are?
`A.
`Four.
`Q.
`Are all four named inventors listed on this, this award?
`A.
`No.
`I believe it's -- Mr. Moriguchi's name is not on the
`award.
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`Case 4:12-cv-11758-GAD-MKM ECF No. 573-8, PageID.46136 Filed 07/09/15 Page 4 of 26
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`And there are how many individuals who aren't named
`Q.
`inventors listed on this award?
`A.
`Seven.
`Q.
`So what conclusions do you draw based on these facts about
`the significance of this award?
`A.
`I think it was for work that was well after that
`development and it can't be tied to that.
`Q.
`Okay.
`So if we go again to another award that Nichia
`allegedly points to, that's Defendant's Exhibit 109, please.
`Can you tell us what this is, Dr. Bretschneider?
`This is a technical innovation award from Lightfair
`A.
`International from 2003.
`Q.
`What is Lightfair?
`A.
`Lightfair is one of the largest lighting trade shows in
`the world.
`At least it's the largest in the U.S.
`Q.
`And again, can you tell us when this award was given?
`A.
`2003.
`Q.
`What product is specifically called out as winning this
`award?
`A.
`They give a specific product number, I'm not going to go
`through that, but it's for a warm white LED.
`Q.
`Okay.
`And have you looked at what this specific warm
`white LED product is?
`A.
`Yes, I have.
`Q.
`And what did you find out?
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`Case 4:12-cv-11758-GAD-MKM ECF No. 573-8, PageID.46137 Filed 07/09/15 Page 5 of 26
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`size, was anyone skeptical about combining Dr. Nakamura's blue
`LED with a yellow phosphor in controlling the particle size?
`A.
`No.
`Again, this was very common in the phosphor industry.
`Q.
`Okay.
`If we go to the next factor, which is long-felt
`need for the claimed subject matter, can you remind us when the
`red LED came out?
`A.
`In the early 1960s.
`Q.
`And when the green LED came out?
`A.
`By 1970.
`Q.
`And then how long did it take to come up with the blue
`LED?
`More than 20 years.
`A.
`Approximately what year did the blue LED get released?
`Q.
`It was released 1993.
`A.
`And then the white LED came out when?
`Q.
`Just after that.
`A.
`So what does that tell you about long-felt need?
`Q.
`The real need, the desire was for the blue LED, and I
`A.
`believe that was stated in the Nobel Prize award.
`Q.
`Okay.
`The last, the last secondary consideration is
`simultaneous invention.
`Can you first just begin by telling us
`why simultaneous invention is important in the obviousness
`analysis?
`A.
`If different independent groups come up with something at
`the same time, then that's a good indication that everyone had
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`Case 4:12-cv-11758-GAD-MKM ECF No. 573-8, PageID.46138 Filed 07/09/15 Page 6 of 26
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`17
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`the idea and it's not really a novel invention.
`Q.
`Okay.
`And so we go on to slide 178.
`What are you showing
`here?
`We have the
`A.
`The Baretz patent was filed in March of '96.
`Nakamura article in February '97, was when it was presented,
`and the Schlotter paper was published April of '97, as well.
`Q.
`So what are your conclusions about simultaneous invention?
`A.
`These are three independent groups, actually, all on
`different continents, that came up with the idea essentially
`the same time.
`Q.
`So what does that tell you about obviousness?
`A.
`It was obvious.
`Q.
`Okay.
`Let's switch, switch gears and talk about
`enablement, which is, can you remind us what the enablement
`requirement is, Dr. Bretschneider?
`A.
`I'll quote, because I think there is some legal
`interpretation here:
`To be enabling the specification of a
`patent must teach those skilled in the art how to make and
`use the full scope of the claimed invention without undue
`experimentation.
`Q.
`So this is looking at the specification of the patent, is
`that right, Dr. Bretschneider?
`A.
`Yes.
`Q.
`This is different from the prior art that we talked about
`all day yesterday?
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`Case 4:12-cv-11758-GAD-MKM ECF No. 573-8, PageID.46139 Filed 07/09/15 Page 7 of 26
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`Correct.
`A.
`And are you aware of certain factors that are considered
`Q.
`when determining if there is undue experimentation,
`Dr. Bretschneider?
`A.
`Yes.
`I won't read through them, but these are what are
`listed here.
`Q.
`And these are the -- these factors, these factors that are
`on slide 186 are the factors that go into the analysis for
`undue experimentation?
`A.
`That's correct.
`Q.
`Did you consider these factors in forming your opinions on
`enablement?
`A.
`Yes, I did.
`Q.
`So let's go to Plaintiff's Exhibit 4, which is the '960
`patent.
`
`If we go to Claim 14, if we go to the fourth
`limitation, can you highlight that one, please?
`Sorry.
`You're right.
`So can you tell us what's required by this
`limitation, Dr. Bretschneider?
`A.
`This says that the phosphor material has to have a peak
`wavelength between 510 and 600 nanometers.
`Q.
`So the full scope of this claim is from what to what,
`Dr. Bretschneider?
`A.
`From green to orange.
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`Case 4:12-cv-11758-GAD-MKM ECF No. 573-8, PageID.46140 Filed 07/09/15 Page 8 of 26
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`And it needs to go, start at what wavelength?
`Q.
`510 nanometers.
`A.
`To be able to make a fluorescent material that goes all
`Q.
`the way up to what wavelength?
`A.
`600 nanometers.
`Q.
`So did you review the '960 patent in forming your
`opinions?
`A.
`Yes, I did.
`Q.
`What does the '960 patent say about how to increase the
`wavelength of a YAG-based phosphor?
`A.
`They say to add gadolinium.
`Q.
`Okay.
`And what's the only phosphor, YAG-based phosphor
`described by the '960 patent that would potentially have a peak
`wavelength at the end of this claim range from about 590 to 600
`nanometers?
`A.
`That would be all gadolinium, no yttrium, what we call
`GAG.
`So it's -- what's the formula for GAG?
`Q.
`GD3 AL5 O12.
`A.
`Now, in forming your opinions did you review any test
`Q.
`results from the inventors to see if they were able to obtain
`these wavelengths from 590 to 600 nanometers through full
`substitution with gadolinium?
`A.
`Yes, I did.
`Q.
`Okay.
`What did you -- what specifically did you review
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`Case 4:12-cv-11758-GAD-MKM ECF No. 573-8, PageID.46141 Filed 07/09/15 Page 9 of 26
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`from the inventors?
`A.
`There were lab notebooks and also reports to Nichia
`management.
`Let's take a look at some of those reports, if we
`Q.
`Okay.
`could call up Plaintiff's Exhibit 380.
`Can you tell us -- and maybe highlight the top
`half of this first page here?
`Can you tell us what this document is?
`This is an engineering monthly report from Mr. Noguchi to
`A.
`the management at Nichia.
`Q.
`Can you remind us who Mr. Noguchi is?
`A.
`He is one of the inventors on the two patents we have been
`discussing.
`Q.
`And the date of this report that Mr. Noguchi made to his
`management is?
`A.
`July 29th, 1996.
`Q.
`Okay.
`And did you review any results that are contained
`in this monthly report, Dr. Bretschneider?
`A.
`Yes, I did.
`Q.
`Okay.
`Let's go to the second page, if we could.
`the bottom part.
`Okay.
`So what kind of experiments did Mr. Noguchi do as
`reported in this monthly report?
`A.
`He was changing composition of YAG and looking at the
`effect it had on the phosphor.
`
`Pull up
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`Case 4:12-cv-11758-GAD-MKM ECF No. 573-8, PageID.46142 Filed 07/09/15 Page 10 of 26
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`21
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`And so we see down here a compound at the bottom called
`Q.
`GD10.
`Do you see that?
`A.
`Yes.
`Q.
`What compound is that?
`A.
`That would be GAG.
`Q.
`And what did Mr. Noguchi, the named inventor of the '925
`and '960 patent, say about GAG?
`A.
`That it didn't emit light.
`Q.
`So were the inventors able to achieve wavelengths of 590
`to 600 nanometers with full substitution of gadolinium?
`A.
`No, they weren't.
`Q.
`Okay.
`So if we can go back to Claim 14 of the '960
`patent.
`Again, just focusing on this limitation.
`Did Mr. Noguchi or any of the other inventors
`report their results about GAG in the body of the patent?
`A.
`No, they didn't.
`Q.
`So if the inventors were unable to make GAG emit light, is
`there any other teaching in the '960 patent of a phosphor that
`would emit light in the range from about 590 to 600 nanometers?
`A.
`No, there is not.
`Q.
`So what's your opinion about whether the inventors enabled
`the full scope of Claim 14, in particular, this limitation?
`MR. RIZZI:
`Objection, your Honor.
`Can I do
`
`a side bar?
`
`THE COURT:
`
`Okay.
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`22
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`(Side bar discussion held off the record)
`THE COURT:
`All right.
`You may continue.
`(By Mr. Traupman, continuing)
`So again, my question,
`Q.
`Dr. Bretschneider, is what is your opinion about whether the
`inventors enabled the full scope of Claim 14 of the '960
`patent, in particular, the limitation requiring that the
`fluorescent material as a peak wavelength existing around
`510 to 600 nanometers?
`A.
`They didn't.
`Q.
`Okay.
`So all the other dependent claims that depend from
`Claim 14, other than Claim 16, also contain the limitation
`here that's highlighted on the screen, is that right,
`Dr. Bretschneider?
`A.
`Yes, I believe so.
`Q.
`So is your opinion on enablement any different for any of
`those dependent claims than what you just gave for Claim 14?
`A.
`No.
`Let's turn now to the '925 patent and let's take a
`Q.
`Okay.
`look at Claim 3, please.
`And this is, we have looked at this limitation
`yesterday, is that right, or this formula here in Claim 3, is
`that right, Dr. Bretschneider?
`A.
`Yes, a few times.
`Q.
`Okay.
`So hopefully I won't have to belabor the issue too
`much, but can you remind us what compound is covered if we
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`Case 4:12-cv-11758-GAD-MKM ECF No. 573-8, PageID.46144 Filed 07/09/15 Page 12 of 26
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`28
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`that the combination of a blue InGaN chip was not obvious in
`1996, and I just want to give you an opportunity to respond to
`each of these points.
`So the first one is:
`
`YAG was not widely used in
`
`1996.
`
`What do you say to that?
`I disagree.
`Bell Labs was using it when Pinnow was doing
`A.
`his work.
`Hoffman was using it at GE.
`And the Philips patent,
`they were using it as well.
`Q.
`Bell Labs, GE, Philips, what kind of companies are they?
`A.
`Bell Labs at the time was the largest private research
`company in the world.
`And GE and Philips are two of the
`largest lighting companies in the world.
`Q.
`Okay.
`So the second point here is:
`an LED light source.
`What do you say to that?
`YAG only works with blue light and we didn't have a blue
`A.
`LED before.
`You can't use it with something that's not
`invented yet.
`Q.
`Okay.
`And so the next one here is:
`primary wavelength converter.
`What do you say to that?
`I disagree.
`The Pinnow patent was the first application
`A.
`I'm aware of.
`You had a blue laser and YAG.
`Q.
`Okay. Remind us what date, approximately, if you can't
`
`Never before used in
`
`First used as a
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`We can probably call
`
`remember exactly, the Pinnow patent was.
`it up.
`I think it's PX12.
`Yes.
`A.
`It issued in October of 1972 and was filed in May of 1969.
`Q.
`And, again, how is YAG being used in the Pinnow patent?
`A.
`It's converting blue light from the laser into yellow.
`Q.
`And is that a primary wavelength converter?
`A.
`Yes.
`No
`Q.
`So the last point here from Mr. Rizzi's opening is:
`appreciation of YAG's durability and resistance to harsh LED
`environment.
`
`What do you say about that?
`I completely disagree with that, because the applications
`A.
`we discussed are all much harsher environments than an LED.
`Q.
`Okay.
`Well, let's look briefly at what the inventors say
`about harsh LED environment.
`If you go to the '925 patent, Plaintiff's
`Exhibit 1, Column 13, please, Lines 6 to 21, as far as
`temperature goes, what do the inventors of the Nichia patent
`say about the harsh LED environment?
`A.
`They say that the temperature can be as high as 200
`degrees C, that's about 400 Fahrenheit.
`Q.
`Okay.
`And how does that compare to the environments that
`YAG was used in prior to the filing date of the '925 patent?
`A.
`It's a much lower temperature.
`Hoffman specifically
`reported YAG working at 300 degrees C, which again is about
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`30
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`600 Fahrenheit, so it's quite a bit hotter.
`Q.
`Okay.
`And if -- so that's one part of the harsh LED
`environment.
`Let's look at another part of the harsh LED
`environment that the inventors talk about.
`If we can go to
`Column 3, Lines 5 to 21.
`What do the inventors say about the harsh LED
`environment in terms of intensity of the light?
`A.
`If we can highlight here, they say 30 to 40 times that of
`sunlight.
`And how does that intensity of light compare to,
`Q.
`Okay.
`again, the earlier uses of YAG that we discussed yesterday?
`A.
`It's much lower.
`Q.
`And can you specifically tell us where YAG might have been
`used in a -- with a light source that's more intense than 30 to
`40 times sunlight?
`A.
`Pinnow was using an industrial blue laser and the
`intensity would have been anywhere from 50 to 600 times that of
`sunlight.
`
`So, thank you, Dr. Bretschneider.
`MR. TRAUPMAN:
`I have no further questions.
`Your Honor, if I could just get a list of exhibits
`that I went through in the last two days to move into evidence
`now, or should I just handle that at a break?
`How would you
`like to do that?
`THE COURT:
`
`It doesn't matter.
`
`Is there going to
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`35
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`So twice you have worked for Emcore?
`Q.
`You could say that, yes.
`A.
`Now, the defendant in this case is Nichia, my client,
`Q.
`right?
`A.
`Yes.
`Q.
`I want to go back to your CV and ask you some questions
`about that.
`A.
`Okay.
`Q.
`You graduated undergrade in 1989, is that right?
`A.
`Yes, that's correct.
`Q.
`And when did you start your work on your Ph.D. thesis?
`A.
`In 1989.
`Q.
`And that was at the University of Florida?
`A.
`Yes, that's correct.
`Q.
`And when did you complete your work on your Ph.D. thesis?
`A.
`I defended it in 1997.
`Q.
`When did you complete writing your dissertation?
`A.
`That was in 1997.
`Q.
`So you had not been conferred a Ph.D. in 1996, correct?
`A.
`That's correct.
`Q.
`As of 1996, you had only a Bachelors degree?
`A.
`Correct.
`Q.
`And as of July 1996, you were still in school, right?
`A.
`That's correct.
`Q.
`And you had no significant industry experience at that
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`36
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`time, right?
`A.
`There were interactions with industry in the Phosphor
`Technology Center of Excellence and I did spend a semester
`working with Bell Labs, if you would like to consider that
`industry.
`Q.
`One semester at Bell Labs?
`A.
`Yes.
`Q.
`All the other time you were in school, right?
`A.
`Yes.
`Q.
`Thank you.
`What was the first topic of your Ph.D. thesis at
`the University of Florida?
`A.
`It was trying to make a blue LED using zinc selenide.
`Q.
`A blue LED?
`A.
`Yes.
`Q.
`And Nichia was trying to make a blue LED, right, at the
`same time?
`As well as others.
`A.
`Yes.
`Q.
`Were you successful?
`A.
`We did get some results.
`worth commercializing.
`Q.
`Nichia was more successful, right?
`A.
`As well as Toyoda Gosei, yes.
`Q.
`And Nichia, when its blue LED was announced, what
`happened?
`
`I wouldn't say it was anything
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`50
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`So how long did it take you to review 150
`
`Apologize, my handwriting is not very good.
`And you reviewed an extensive amount of prior art,
`right, references?
`A.
`Again, many of them I have been familiar with from before
`the case.
`Q.
`How many did you review in this case?
`A.
`I don't recall an exact number.
`If we look at your
`Q.
`Well, I think you said more than 150.
`expert report, aren't there more than 150 references listed
`there?
`A.
`Yes.
`Q.
`Right, okay.
`references?
`A.
`Again, if you're talking -- some of these I looked over
`briefly because I have long familiarity with them prior to this
`case.
`Some can be a few minutes.
`Some might take longer.
`I
`can't recall an exact number.
`Q.
`What's your estimate of the total?
`A.
`I honestly can't make a good estimate.
`Q.
`No estimate.
`Well, did you spend more than 100 hours?
`A.
`I don't think so.
`Q.
`Less than 100 hours?
`A.
`30 to 40.
`Q.
`30 to 40?
`A.
`I'm guessing.
`
`I don't have an exact number.
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`56
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`So in order to form your opinions in this case you
`Okay.
`Q.
`understand you had to apply all those references to the
`specific claims at issue here, right?
`A.
`Yes.
`Q.
`And that included a lot of work preparing those claim
`charts?
`A.
`Yes.
`Q.
`How many claims, 25, at least, claim charts in your
`report?
`A.
`Again, if you want me to reference, yes, there were a lot
`of claims.
`Q.
`And to do that you had to actually analyze each reference
`and compare it to each claim, right?
`A.
`Yes.
`Q.
`Because the work has to be done on a claim-by-claim basis?
`A.
`Yes.
`Q.
`And had you prepared claim charts for any of these
`references before your work on this case?
`A.
`I have prepared a number of claim charts for any number of
`patents over the years.
`Q.
`No, sir, I'm asking you, had you prepared claim charts
`applying any of the references you contend invalidate the
`patents, the Nichia patents?
`Before your work on this case,
`had you prepared any claim charts?
`A.
`Yes.
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`68
`
`Can I have a side bar, please?
`MR. TRAUPMAN:
`THE COURT:
`Yes.
`(Side bar discussion held off the record).
`THE COURT:
`All right, Mr. Rizzi, you may
`
`continue.
`
`Thank you, your Honor.
`MR. RIZZI:
`(By Mr. Rizzi, continuing)
`So you agree,
`Q.
`Dr. Bretschneider, that as of 1996 you did not meet Professor
`Schubert's definition of the level of skill in the art,
`correct?
`A.
`A level of ordinary skill, no, I did not.
`Q.
`Let's look at your definition.
`Next slide, please.
`Your definition is slightly different.
`And you
`say a person of ordinary skill in the art would have a
`Bachelors in engineering, material science, chemistry or
`physics, with roughly four to five years or more of experience
`working in the field of light-emitting diode technology.
`Let's
`stop there, because then there is an "or."
`That first prong, as of July 1996, you did not
`meet that prong, either, did you?
`A.
`Actually, I did.
`Q.
`Your testimony -- well, you got your Bachelors in '89?
`A.
`Yes.
`Q.
`And then you started your Ph.D. when?
`A.
`'89.
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`70
`
`your Ph.D. until 1997, right?
`A.
`That's when I defended and received my degree, yes.
`Q.
`In fact, you hadn't even finished writing your
`dissertation until 1997, right?
`A.
`That's correct.
`Q.
`So you didn't have a Ph.D. in July of '96, did you?
`A.
`No, I didn't.
`Q.
`Okay.
`So you don't meet this definition either?
`A.
`Actually, to be very specific on this, it says experience
`working in the field.
`It doesn't say industrial experience or
`commercial experience.
`Q.
`But you had no industrial -- well, sorry.
`of industry experience at this time, right?
`A.
`That's a fair enough characterization.
`Q.
`Thank you.
`A.
`Up to a year.
`Q.
`Now yesterday you gave a lot of testimony about phosphors,
`right, phosphors used in LEDs?
`A.
`Yes.
`Q.
`How phosphors are made?
`A.
`I didn't talk about how phosphors were made.
`how -- sorry, I was thinking about another issue.
`phosphors have been made in the past.
`Q.
`Now, Dr. Bretschneider, you have never actually made a
`phosphor, have you?
`
`Oh, sorry,
`Yes, how
`
`Two semesters
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`Case 4:12-cv-11758-GAD-MKM ECF No. 573-8, PageID.46153 Filed 07/09/15 Page 21 of 26
`
`102
`
`Patent Office, right?
`A.
`There were a few, yes.
`Q.
`The only YAG references you testified to -- strike that.
`Let me go back.
`So yesterday -- I want to talk a little bit more
`Yesterday you said it was discovered in 1967.
`about YAG.
`A.
`To the best of my knowledge, yes, that is the first paper
`I have seen.
`Q.
`And its properties were well known?
`A.
`Yes.
`Q.
`And I don't have the transcript, but my notes indicate
`that you said it was well known that it was yellow, it
`responded strongly to blue light, things of that nature?
`A.
`Yes.
`And the only YAG references you testified to for
`Q.
`Okay.
`those characteristics were Hoffman, the two Blasse and Bril
`references, Pinnow, and Philips, is that right?
`A.
`I believe there was a Blasse and Bril, as well.
`Q.
`Two Blasse and Bril.
`And Hoffman 143.
`Two Blasse and
`Bril, 132 and 148, Plaintiff's Exhibits, Pinnow is 144, and
`Philips, P14, right?
`A.
`Yes, that's what we discussed yesterday.
`Q.
`And as we discussed before, none of those references
`showed a radiation density of more than 500 watts per meters
`squared, right?
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`Case 4:12-cv-11758-GAD-MKM ECF No. 573-8, PageID.46154 Filed 07/09/15 Page 22 of 26
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`103
`
`Actually, that's incorrect.
`A.
`Why is that incorrect?
`Q.
`Because the Pinnow reference, they looked at an average.
`A.
`If you look at it, they say that you need 1 to 2 two watts of
`laser power per meters squared of screen, and you don't shine
`the laser on the entire screen.
`They give you some information
`on how well they can focus it and when you do that calculation
`it is anywhere from 50 to over 600 times the intensity of
`sunlight.
`
`Also, for Hoffman it was used for high-pressure
`mercury vapor lamps, which is a fairly standard format, I
`believe it's a BT-57 format, available in powers up to 1,000
`watts, which would be somewhere -- it's not as high, but around
`ten times the intensity of sunlight.
`Q.
`Okay.
`Let's -- you mentioned Pinnow.
`A.
`Yes.
`Q.
`Is what you just referenced, is that actually described in
`Pinnow?
`They give the
`A.
`Between the patent and the article, yes.
`laser power, again, and the spot size, so a straightforward
`calculation.
`Q.
`The only number in Pinnow, though, was the one we talked
`about earlier, right?
`The calculation wasn't performed in Pinnow,
`
`correct?
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`126
`
`I think it's the definition of
`Mr. Rizzi posted?
`Dr. Bretschneider's definition of a person of skill in the art.
`So do you remember when Counsel for Nichia put
`this slide up a little while ago, Dr. Bretschneider?
`A.
`Yes.
`Q.
`He kept talking about industry experience, repeated that
`several times.
`Does your definition of a person of ordinary
`skill in the art say anything about industry experience?
`A.
`No, it doesn't.
`Q.
`What does it talk about?
`A.
`It just talks about experience working in the field of
`light-emitting diode technology.
`Q.
`When was the first time you started working in the field
`of light-emitting diode technology?
`A.
`1989.
`Q.
`So all told, how many years of experience do you have
`working in the field of light-emitting diode technology?
`A.
`Although I hate to admit it, more than half my life.
`We're going on 26 years now.
`Q.
`Okay.
`Mr. Rizzi also asked a bunch of questions about the
`relative timing of when certain events happened versus what
`you did versus what the lawyers, myself and the rest of
`Everlight's lawyers, did.
`Now, first I just want to make sure it's clear,
`before anyone or any lawyer for Everlight ever contacted you,
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`132
`
`Yes.
`MR. HANNA:
`So even taking May 14, 1997, as the date the parties have
`Q.
`stipulated to, how does that date compare to the filing date of
`the '925 patent?
`A.
`That's before.
`Q.
`Now, Mr. Rizzi also asked you a bunch of questions about
`the relative dates of the Schlotter publication versus when
`Nichia publicly announced its release of the white LED.
`Do you
`remember that?
`A.
`Yes, I do.
`Q.
`So if we can go to the end of the second -- it's only two
`pages -- the second page of this document, and pull up the
`references, please.
`Can you tell us what the references are for
`Number 3 and Number 4?
`A.
`These are references to patent applications that were
`filed describing the work.
`I believe that's actually called
`out at the last part of the article.
`Q.
`Okay.
`And so if we can take a look at Plaintiff's
`Exhibit 119, go to the second page, can you tell us what this
`document is?
`A.
`This is one of the patent applications that was
`referenced.
`And the first named inventor, what's the name of
`Q.
`Okay.
`the first named inventor there?
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`133
`
`Schlotter.
`A.
`And how does that compare to the first named author of the
`Q.
`Schlotter reference?
`A.
`They're the same.
`Q.
`And if we look up a little higher, it says application
`date.
`What's the date of the application?
`A.
`September 20th, 1996.
`Q.
`Okay.
`Now, how does that compare to the references that
`Mr. Rizzi was pointing you to about when Nichia disclosed their
`white LED?
`I don't remember the exact
`A.
`I believe that was before.
`date they issued the press release.
`Q.
`Okay.
`And if we go to -- sorry, if we go to the third
`page of this document -- well, second page after the -- that
`one right there.
`Thank you.
`So if we go to the top right, top on the right,
`
`please.
`
`What phosphor was Mr. Schlotter and his colleagues
`using on September 20, 1996?
`A.
`This states YAG.
`Q.
`And if we go a little further down in this column, the
`paragraph that begins with the semiconductor element, if you
`could just pull the rest of that.
`What type of semiconductor was Mr. Schlotter using
`on September 20, 1996?
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`134
`
`Gallium nitride.
`A.
`Again --
`Q.
`Gallium nitrite-based, sorry.
`A.
`And again, remind us what's claimed by the '925 patent?
`Q.
`Gallium nitride.
`A.
`All right.
`And let's just now go look at the cover page
`Q.
`of the '925 patent.
`So, and Mr. Rizzi -- if you could pull up the
`references cited, remember Mr. Rizzi showed you the references
`cited, Dr. Bretschneider?
`A.
`Yes.
`So it's over two columns, so if you could maybe put
`Q.
`Okay.
`them side by side, please.
`The references start at cite --
`it's all on the first page here, but -- we will get it.
`Bear
`with us one second.
`All the way down.
`That's perfect.
`Thank
`you.
`
`So these are the references that were before the
`patent examiner; is that right, Dr. Bretschneider?
`A.
`Yes, that's correct.
`Q.
`Where is the Baretz patent listed here?
`A.
`It's not.
`Q.
`Where is the Schlotter paper?
`A.
`It's not referenced here.
`Q.
`Now, Mr. Rizzi pointed out how the Pinnow reference was --
`is referenced here, it's right there, the first one, Pinnow,
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`