From rthowe at stanford.edu  Fri Feb  1 12:02:52 2013
From: rthowe at stanford.edu (Roger T. Howe)
Date: Fri, 01 Feb 2013 12:02:52 -0800
Subject: [labmembers] John Bumganer resignation
In-Reply-To: <510C1BC8.4030405@stanford.edu>
References: <510C1BC8.4030405@stanford.edu>
Message-ID: <510C1F6C.5030307@stanford.edu>

Dear SNF Labmembers,

John Bumgarner has resigned as SNF Operations Director and left 
Stanford, effective today.  I've been working with Dean Plummer, since 
we learned of his decision a few days ago, on an interim plan to take 
the SNF at least through the end of NNIN in February 2014.

I appreciate your patience over the next few days, until we make an 
announcement of the interim plan early next week.  Needless to say, your 
support of the SNF will also be extremely important during this 
challenging period.

Thanks,
Roger Howe

From vijayn at stanford.edu  Mon Feb  4 23:25:21 2013
From: vijayn at stanford.edu (Vijay Kris Narasimhan)
Date: Mon, 4 Feb 2013 23:25:21 -0800 (PST)
Subject: [labmembers] Fwd: IEEE Engineer Meet and Greet
In-Reply-To: <729538623.22822829.1360048419017.JavaMail.root@stanford.edu>
Message-ID: <1381120584.22849172.1360049121744.JavaMail.root@stanford.edu>

Folks, this meet and greet may be of interest to some of you working on micromachined devices or analog circuits. 

----- Forwarded Message -----

From: "Vijay Kris Narasimhan" <vijayn at stanford.edu> 
To: "ieee-list" <ieee-list at lists.stanford.edu> 
Sent: Monday, February 4, 2013 11:13:39 PM 
Subject: IEEE Engineer Meet and Greet 



Meet and Greet with Engineers from Silicon Labs 
Free food and a chance to talk to engineers about careers, technology, and job opportunities 
Monday, February 11 @ 5PM - Packard Atrium 
Sign-up here: https://docs.google.com/spreadsheet/viewform?formkey=dDZiVnhuZ1RjYVVmSWc2c3NtaHBYR3c6MA 

Hey All! 


Silicon Labs, one of the world's premier Analog IC companies is visiting Stanford again on Monday, February 11. At this informal gathering, you'll have a chance to meet three of Si Labs' engineers in a small group setting to ask them about their history, their careers, and technology and opportunities at Silicon Labs. The bios of the engineers are below. 


Colin Weltin-Wu is a design engineer in the timing group at Silicon Labs, developing ultra-low-power and highly-programmable frequency generators. Previous experience includes power conversion, low-power data converters and embedded programming. He holds BS and MS degrees from MIT, and a PhD from Columbia University. 


Bruno W. Garlepp is a Sr. Design Director of Timing and MEMS and the Managing Director of the Silicon Labs? Sunnyvale site. He has over 18 years of design and design management experience developing precision timing devices and high-speed wireline devices and interfaces. He holds a BSEE from UCLA and an MSEE from Stanford University and has over 40 US patents 


Gozde Fidan is a Sr. Applications Engineering Manager in the Broadcast division of Silicon Labs. She has been working on mixed-signal receiver applications for markets ranging from cellphones to automotive radios. Ms. Fidan earned degrees from the Middle East Technical University, Ankara/Turkey (BSEE 1998) and Penn State University (MSEE 2000.) 
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From mtang at stanford.edu  Tue Feb  5 06:27:53 2013
From: mtang at stanford.edu (Mary Tang)
Date: Tue, 05 Feb 2013 06:27:53 -0800
Subject: [labmembers] Venture Clinic, Wed. 4:30 pm
Message-ID: <511116E9.7070506@stanford.edu>

Hello labmembers --

The Venture Clinic is back!  Shahin Farschi (Lux Capital) and Gavin 
McCraley (Wilson Sonsini) return to host open discussions about start 
ups.  This time, they've also invited associates from AMAT Ventures.  If 
you have an idea you think you might like to see commercialized, this is 
a good place to start -- Shahin and Gavin are generous with their advice 
and insight.  All are welcome.

The Venture Clinic will be on Wed., 2/6, at 4:30 pm in the Allen 101 
Conference Room.


Cheers --

Mary


From rthowe at stanford.edu  Tue Feb  5 11:18:42 2013
From: rthowe at stanford.edu (Roger T. Howe)
Date: Tue, 05 Feb 2013 11:18:42 -0800
Subject: [labmembers] new leadership in SNF
Message-ID: <51115B12.6050805@stanford.edu>

Dear Labmembers,

At a meeting just concluded, Dean Plummer and I announced that Mary Tang 
and Aubrey Martinez will be in running the SNF, effectively 
immediately.  Mary's tentative title is "Lab Manager" and Aubrey's is 
"Business Manager" for SNF.

We appreciate your support of Mary and Aubrey, as we work together to 
continue the SNF's upward trajectory.

Thanks,
Roger Howe
Faculty Director

From mtang at stanford.edu  Wed Feb  6 09:17:38 2013
From: mtang at stanford.edu (Mary Tang)
Date: Wed, 06 Feb 2013 09:17:38 -0800
Subject: [labmembers] Reminder:  Venture Clinic today, 4:30 pm
Message-ID: <51129032.6050805@stanford.edu>

Hi all --

Just a reminder that Shahin Farschi from Lux Capital and Gavin McCraley 
from Wilson-Sonsini, will be here with their guests from AMAT Ventures 
for an open discussion about how to startup a company.  This is today, 
at 4:30 pm, in the Allen 101 conference room.

Cheers --

Mary

-- 
Mary X. Tang, Ph.D.
Stanford Nanofabrication Facility
Paul G. Allen Room 136, Mail Code 4070
Stanford, CA  94305
(650)723-9980
mtang at stanford.edu
http://snf.stanford.edu

From Stanford-Photons at stanford.edu  Wed Feb  6 14:29:10 2013
From: Stanford-Photons at stanford.edu (=?utf-8?Q?Stanford=20Optical=20Society?=)
Date: Wed, 6 Feb 2013 22:29:10 +0000
Subject: [labmembers] =?utf-8?q?Registration_for_SUPR_5_is_open!_-_Stanfor?=
	=?utf-8?q?d_University_Photonics_Retreat?=
Message-ID: <010582f72f282f94fbb705e57f4d7ed645a.20130206222903@mail48.us1.mcsv.net>

Early registration for SUPR 5 is open! April 12-14, 2013
------------------------------------------------------------
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** Early registration for SUPR 5 is open -- register now for a discounted rate!
------------------------------------------------------------


** Registration fee for OSA/SPIE members is $50 until February 20.
------------------------------------------------------------
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** JOIN US FOR A WEEKEND OF
------------------------------------------------------------
* Exciting speakers
* PhD career workshop
* Fun social and networking activities
* Poster sessions & prizes!

Register Now (http://stanford.us6.list-manage1.com/track/click?u=010582f72f282f94fbb705e57&id=f932c9fb11&e=f4d7ed645a)


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OSA / SPIE Members: $50
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OSA / SPIE Members: $75
Non-members:        $175

Registration includes 2 nights shared lodging at the DoubleTree Hotel, all meals, and transportation!

Join/renew OSA or SPIE (http://stanford.us6.list-manage.com/track/click?u=010582f72f282f94fbb705e57&id=64632e8ba0&e=f4d7ed645a)  for only $20/$30 to get the reduced rate!


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Interested faculty please contact us directly: stanford-photons at stanford.edu (mailto:stanford-photons at stanford.edu) .
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** What is SUPR?
------------------------------------------------------------
SUPR is the Stanford University Photonics Retreat, a student-organized conference for Stanford's optics and photonics community (students, faculty and invited guests & alumni) that is held each year at an off-campus location.
SUPR 2013 (aka SUPR 5) will be our fifth retreat and is planned by the Stanford Optical Society (a student chapter of OSA/SPIE) and the Stanford Photonics Research Center (SPRC). We believe it is essential to have a dedicated weekend for the greater photonics community to meet off campus, share their research, network, and build fruitful collaborations.
This year, our keynote speakers will be Prof. Arthur Bienenstock, Emeritus Professor of Photon Science and Special Assistant to the President for Federal Research Policy, and Dr. David Blake, Research Scientist at NASA Ames Research Center and Principal Investigator of CheMin, an instrument on NASA's Curiosity Rover. SUPR 5 will also feature exciting and topical faculty talks, workshops, student poster sessions, a panel discussion on the future of optics (featuring alumni and the broader optics community), and social activities/excursions in beautiful Sonoma county.

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


** Brought to you by the SUPR 5 Program Committee
------------------------------------------------------------


** Chair: Matthew Lew
Committee: Kristen Anand, Sam Bockenhauer, Robert Chen, Ryan Hamerly, Cathy Jan, Lana Lau, Marissa Lee, Yu-wei Lin, Marina Radulaski, Aaswath Raman, Stephen Wolf
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From aaswath at stanford.edu  Wed Feb  6 17:45:24 2013
From: aaswath at stanford.edu (Aaswath Raman)
Date: Wed, 6 Feb 2013 17:45:24 -0800
Subject: [labmembers] University PhD Dissertation Defense of Aaswath Raman
In-Reply-To: <60B1E7F9-4760-45FC-9DA9-37EC5F71240B@stanford.edu>
References: <60B1E7F9-4760-45FC-9DA9-37EC5F71240B@stanford.edu>
Message-ID: <CADP9_D4MfFW=MC_E3hjr-Fjer6COCb1iDWdv+oZrsdr5h8ss1Q@mail.gmail.com>

Department of Applied Physics
University PhD Dissertation Defense

Broadband Nanophotonics: Plasmonic Band Theory & Light Trapping in Solar
Cells

Aaswath Pattabhi Raman
Research Advisor: Professor Shanhui Fan

Friday February 15, 2013 @ 2:00 PM
Location: Allen Building (CIS-X), Room 101

ABSTRACT

Subwavelength photonic structures enable a remarkable degree of control
over light propagation and absorption at nanoscale dimensions. From sensing
and modulation, to on-chip communication and light trapping in solar cells,
new device applications and opportunities now motivate the need for a
richer understanding of the optical properties of plasmonic structures and
metamaterials over a broad range of frequencies.

In this talk, I will first introduce a photonic band theory that rigorously
models the broadband behavior of plasmonic nanostructures and
metamaterials. The theory formulates plasmonic band structures as
Hermitian eigenvalue equations, and offers an intuitive physical picture of
modal material loss. An upper bound on the modal material loss rate is then
derived, placing fundamental limits on device operation. Furthermore, I
will present a perturbation theory that elucidates the effect of dielectric
refractive index modulation and metallic plasma frequency variation in
plasmonic nanostructures.

Next, I will present a nanophotonic light trapping theory for solar cells
and show that, using a nanophotonic design, one can exceed conventional
limits on light trapping for all absorption regimes of the active material.
The theory's insights are then applied to organic solar cells to design a
dielectric light trapping structure that provides 10-15% photocurrent
enhancement relative to an optimized planar organic solar cell. Finally, I
will use the plasmonic band theory to probe the role of parasitic loss in
the metal on achievable absorption enhancement factors in plasmonic light
trapping schemes.
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From tberg at stanford.edu  Tue Feb 12 10:22:42 2013
From: tberg at stanford.edu (Ted Berg)
Date: Tue, 12 Feb 2013 10:22:42 -0800
Subject: [labmembers] Facilities issues
Message-ID: <511A8872.7090108@stanford.edu>

Hello All,
     We are experiencing Facilities issues and have lost process cooling 
water and CDA this means many tools will be down.WE will advise when we 
are back to normal. Lab staff

From mdeal at stanford.edu  Tue Feb 12 10:41:51 2013
From: mdeal at stanford.edu (Michael Deal)
Date: Tue, 12 Feb 2013 10:41:51 -0800
Subject: [labmembers] NanoDays at Stanford - March 12th - call for volunteers
Message-ID: <511A8CEF.1010502@stanford.edu>

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From mtang at stanford.edu  Tue Feb 12 10:52:30 2013
From: mtang at stanford.edu (Mary Tang)
Date: Tue, 12 Feb 2013 10:52:30 -0800
Subject: [labmembers] Process cooling water and CDA
Message-ID: <511A8F6E.7030200@stanford.edu>

Dear Labmembers --

As you might have noticed, around 10 am, we just experienced a loss of 
building cooling water and compressed air.  Tony, from Facilities, was 
able to determine that it was a problem with the pressure switch on the 
cooling water system.  He has repaired and tested this.  We are back up 
and running on cooling water and CDA. The maintenance crew are in the 
lab, checking on tool status right now.

We apologize for any inconvenience.  Please report any problems you 
might observe on any tools you've used during this time to the 
maintenance crew.

Mary

-- 
Mary X. Tang, Ph.D.
Stanford Nanofabrication Facility
Paul G. Allen Room 136, Mail Code 4070
Stanford, CA  94305
(650)723-9980
mtang at stanford.edu
http://snf.stanford.edu


From takane at stanford.edu  Tue Feb 12 11:04:36 2013
From: takane at stanford.edu (Takane Usui)
Date: Tue, 12 Feb 2013 11:04:36 -0800
Subject: [labmembers] Lost Earmuffs!
Message-ID: <4FE571C8C753435F9CD8C814C144C02D@takanepc3>

Hi All,

I was at a lecture at CISX Auditorium yesterday and think I lost my earmuffs there.  Can you please let me know if you find them ? because they are my favorites??

Thank you so much,
Takane


--
Takane Usui
Ph. D. Candidate
Stanford University

Email: takane at stanford.edu
Phone: (310) 500-6132
Web: npl-web.stanford.edu
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From hsyoon at stanford.edu  Tue Feb 12 17:53:30 2013
From: hsyoon at stanford.edu (Hyo-Seon Yoon)
Date: Tue, 12 Feb 2013 17:53:30 -0800
Subject: [labmembers] Looking for laminator
Message-ID: <07fc01ce098c$ec79f4d0$c56dde70$@stanford.edu>

Dear Labmembers,

 

I am looking for a laminator in the cleanroom. Our group (Prof. Khuri-Yakub
group) bought one laminator years ago and it had been kept in the litho area
on the shelf next to the developer. Now it is disappeared somehow and cannot
find it any more. If there is anyone who has ever seen this laminator or has
taken from the litho area, please let me know. It should look like a black
laser printer cartridge.

 

Just in case I cannot find the laminator any more, I am also wondering if
anyone/group has a laminator (heat and pressure) that I can borrow. I would
like to use it for Riston film. 

 

Thanks,

Hyo-Seon.

 

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From tobi at stanford.edu  Thu Feb 14 11:09:30 2013
From: tobi at stanford.edu (Tobias Beetz)
Date: Thu, 14 Feb 2013 11:09:30 -0800
Subject: [labmembers] Nanoscale Secondary Ion Mass Spectro-Microscopy - Feb
	26, 12 pm - Free lunch!
Message-ID: <95B84B2B-66BE-4623-B34B-781568DE6235@stanford.edu>


Dear All - Come and have lunch with us while you hear about research enabled by the Cameca NanoSIMS 50L. The Cameca NanoSIMS 50L creates nanoscale maps of elemental composition, combining the high mass resolution, isotopic identification, and subparts-per-million sensitivity of conventional SIMS with spatial resolution down to 50 nm.

Tuesday, February 26th, 12:00 ? 13:30, Spilker Building, Room 232
Help us plan - let us know if you plan to attend. Enter your name by Feb 24 at: http://www.surveymonkey.com/s/NanoSIMS

Hope to see you there!

TOBI

Tobias Beetz, Ph.D.
Associate Director, Stanford Nano Shared Facilities, Stanford University
348 Via Pueblo, Spilker Building, Stanford, CA 94305-4088 

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From mtang at stanford.edu  Thu Feb 14 12:09:00 2013
From: mtang at stanford.edu (Mary Tang)
Date: Thu, 14 Feb 2013 12:09:00 -0800
Subject: [labmembers] Cell phone found
Message-ID: <511D445C.5050704@stanford.edu>

Hi all --

Elmer found a cell phone dropped on the floor in the cube area. Anyone 
lost one?  Come by Maureen's cube.

Mary

-- 
Mary X. Tang, Ph.D.
Stanford Nanofabrication Facility
Paul G. Allen Room 136, Mail Code 4070
Stanford, CA  94305
(650)723-9980
mtang at stanford.edu
http://snf.stanford.edu


From jsnapp at stanford.edu  Thu Feb 14 12:14:13 2013
From: jsnapp at stanford.edu (Justin Snapp)
Date: Thu, 14 Feb 2013 12:14:13 -0800
Subject: [labmembers] Missing Projector
Message-ID: <D851DA55-8F59-4683-85FD-495EFACF8D61@stanford.edu>

The Howe Group projector has been missing for over a week.   It is a View Sonic projector and is likely in its black shoulder carry bag.   Please email me if you might have seen it left in a room, on a chair, or have borrowed it.   If not, please keep an eye out for it

Thanks for your help!

-Justin



From wslee at stanford.edu  Thu Feb 14 15:04:42 2013
From: wslee at stanford.edu (Scott Lee)
Date: Thu, 14 Feb 2013 15:04:42 -0800
Subject: [labmembers] Reminder: Oral Exam for Scott Lee Tomorrow!
Message-ID: <CAC8qUHAih3ySFfdNqS8Add1mtmXRHz1-ES3QyYtKUf3Qh4G=PQ@mail.gmail.com>

Department of Electrical Engineering

University PhD Oral Examination



Nanoelectromechanical Relays

for Low Power Digital Systems



Wm. Scott Lee

Research Advisor: Professor Roger Howe



Friday, February 15, 2013 @ 10AM

(Refreshments @ 9:45AM)

Location: Packard Building, Room 202



ABSTRACT



Field programmable gate arrays (FPGAs) are flexible digital circuits
capable of implementing arbitrary digital logic. This flexibility comes at
a price: a digital function implemented on an FPGA requires more area and
power while operating at a lower speed compared to the same function built
on an application specific integrated circuit (ASIC).  The overhead
required to implement the programmable routing is directly responsible for
much of the discrepancy. By replacing the FPGA pass transistors and SRAM
programming cells with low leakage nanolectromechanical (NEM) relays, this
overhead can be significantly reduced without a reduction in speed. The NEM
relay consists of a released beam, a fixed gate electrode, and a fixed
drain electrode. When the relay is out of contact, an air gap separates the
beam and drain resulting in zero leakage. When the relay moves into
contact, electrical current passes from the drain to the beam.



In this work, we investigate NEM relays as potential FPGA routing elements.
The NEM relays must meet certain metrics with respect to contact
resistance, cycling, and hysteresis to obtain significant benefits for the
FPGA. NEM relays are fabricated and characterized to determine if they meet
these metrics. Design and fabrication techniques are developed to decrease
the contact resistance and achieve better control of the hysteresis window.
These techniques enable three regions of varying stiffness for the spring,
the actuation electrode, and the contact. Contact materials such as
titanium nitride, hafnium diboride, and ruthenium are also explored as a
means of reaching these metrics.
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From qran at stanford.edu  Thu Feb 14 18:02:06 2013
From: qran at stanford.edu (Helen Qiushi Ran)
Date: Thu, 14 Feb 2013 18:02:06 -0800 (PST)
Subject: [labmembers] borrow ProTEK B3 for long time KOH etch
In-Reply-To: <732250209.2604008.1360893300086.JavaMail.root@stanford.edu>
Message-ID: <444139436.2608727.1360893726123.JavaMail.root@stanford.edu>

Dear labmembers, 
My process need a through-wafer KOH etch. From my experience, the unprotected front surface will be attacked. I am wondering if some of the groups have ProTEK B3, and I can borrow a little. I only need it for one wafer. We would like to pay for the portion. Thanks in advance. 
Best, 
Helen 


Helen Qiushi Ran 
========================================= 
Department of Electrical Engineering 
Stanford University, Stanford, CA 94305. 
Mobile: +1-650-796-1439 
Email: qran at stanford.edu 

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From aaswath at stanford.edu  Fri Feb 15 09:36:30 2013
From: aaswath at stanford.edu (Aaswath Raman)
Date: Fri, 15 Feb 2013 09:36:30 -0800
Subject: [labmembers] Reminder: AP PhD Defense of Aaswath Raman (Today, 2pm,
	Allen 101)
Message-ID: <CADP9_D7CFxKqWHz34=oUNf57wVLLw9v5+oyO6uwNQK-gHsJ8GQ@mail.gmail.com>

Department of Applied Physics
University PhD Dissertation Defense

 Broadband Nanophotonics: Plasmonic Band Theory & Light Trapping in Solar
Cells

Aaswath Raman
Advisor: Professor Shanhui Fan

Friday February 15, 2013 @ 2:00 PM (Refreshments: 1:45 PM)
Location: Allen Building (CIS-X), Room 101

 ABSTRACT

Subwavelength photonic structures enable a remarkable degree of control
over light propagation and absorption at nanoscale dimensions. From sensing
and modulation, to on-chip communication and light trapping in solar cells,
new device applications and opportunities now motivate the need for a
richer understanding of the optical properties of plasmonic structures and
metamaterials over a broad range of frequencies.

In this talk, I will first introduce a photonic band theory that rigorously
models the broadband behavior of plasmonic nanostructures and
metamaterials. The theory formulates plasmonic band structures as
Hermitian eigenvalue equations, and offers an intuitive physical picture of
modal material loss. An upper bound on the modal material loss rate is then
derived, placing fundamental limits on device operation. Furthermore, I
will present a perturbation theory that elucidates the effect of dielectric
refractive index modulation and metallic plasma frequency variation in
plasmonic nanostructures.

Next, I will present a nanophotonic light trapping theory for solar cells
and show that, using a nanophotonic design, one can exceed conventional
limits on light trapping for all absorption regimes of the active material.
The theory's insights are then applied to organic solar cells to design a
dielectric light trapping structure that provides 10-15% photocurrent
enhancement relative to an optimized planar organic solar cell. Finally, I
will use the plasmonic band theory to probe the role of parasitic loss in
the metal on achievable absorption enhancement factors in plasmonic light
trapping schemes.


-- 
Aaswath P. Raman | aaswath at stanford.edu
Ph.D. Candidate, Stanford University | http://www.stanford.edu/~aaswath
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From shott at stanford.edu  Sun Feb 17 12:19:47 2013
From: shott at stanford.edu (John Shott)
Date: Sun, 17 Feb 2013 12:19:47 -0800
Subject: [labmembers] Updating mailing lists with Badger names ...
Message-ID: <51213B63.4050702@stanford.edu>

SNF Lab Members:

As you may recall, our equipment mailing lists are still using 
subscriptions of the form coral_name at snf.stanford.edu and relying on 
email forwarding to get messages directed to the proper address.

We now believe that the great majority of you have completed your Badger 
conversion and equipment qualifications.  As a result, it now seems to 
be a good time to convert all of our mailing lists so that they use your 
badger_name (which is an email address) as the address to which you are 
subscribed to our lists.

Later today, I expect to run a script that will effect that conversion 
based on the existing Badger equipment qualifications.  Then, the 
labmembers list will be populated on a nightly basis based on the list 
of subscribers to all other lists.

Because Badger does not automatically subscribe you to mailing lists 
based on equipment qualifications, I will periodically re-run this 
script to add newly qualified members to appropriate lists.

After I have run this conversion, I will send out a message to the 
"newly constituted" labmembers at snf.stanford.edu ... likely in the next 
couple of hours. If you do not receive this second message, you likely 
fell through the cracks.  (Note: I realize that this is dangerously 
close to asking you "Please let me know if you don't receive this 
...").  Note: we do have a mechanism for making sure that you are added 
to the labmembers at snf.stanford.edu list even if you are not qualified to 
use any piece of equipment.  If you fall into this category, please send 
me email and ask me to add you to the "courtesy" list.

So, in the next hour or two (it is now nearing 12:30 p.m. on Sunday, 
February 17) you should receive a second message posted to the new 
labmembers mailing list.  If you receive that message, you don't have to 
do anything ... other than to know that you are subscribed to the 
labmembers mailing list under your Badger name.

If you encounter any problems, please don't reply to the labmembers 
mailing list, but to me directly: shott at stanford.edu.

Thanks for your cooperation,

John

p.s. For those of you who have already updated your subscriptions based 
on your Badger login, I apologize in advance if anything that I do 
undoes those previous subscriptions.




From shott at stanford.edu  Sun Feb 17 14:55:48 2013
From: shott at stanford.edu (John Shott)
Date: Sun, 17 Feb 2013 14:55:48 -0800
Subject: [labmembers] Badger mailing list conversion ...
Message-ID: <51215FF4.7060307@stanford.edu>

SNF Lab Members:

The conversion to Badger login names on all equipment lists and on the 
lab members list has been completed.  Please let me know if you 
encounter any problems.

John


From mtang at stanford.edu  Mon Feb 18 09:34:53 2013
From: mtang at stanford.edu (Mary Tang)
Date: Mon, 18 Feb 2013 09:34:53 -0800
Subject: [labmembers] Venture Clinic, Tues, 2/19, 4:30 pm, Allen 101
Message-ID: <5122663D.3020705@stanford.edu>

Hello labmembers --

Another Venture Clinic! Shahin Farschi (Lux Capital) and Gavin McCraley (Wilson Sonsini) return to host open discussions about start ups. If you have an idea you think you might like to see commercialized, this is
a good place to start -- Shahin and Gavin are generous with their advice and insight.   James Mack and Joseph Jeong from AMAT Ventures will also be in attendance.  All are welcome.

The Venture Clinic will be on Tuesday, 2/19, at 4:30 pm in the Allen 101 Conference Room.


Cheers --

Mary


From kcbalram at stanford.edu  Mon Feb 18 22:01:49 2013
From: kcbalram at stanford.edu (Krishna Coimbatore Balram)
Date: Mon, 18 Feb 2013 22:01:49 -0800 (PST)
Subject: [labmembers] EE PhD Dissertation Defense: Krishna C. Balram
Message-ID: <461755403.1020306.1361253709948.JavaMail.root@stanford.edu>


Department of Electrical Engineering 


University PhD Dissertation Defense 


Nanoscale Transverse Fabry-Perot Resonators 


Krishna C. Balram 


Advisor: Prof. David A. B. Miller 


Monday February 25 th , 2013 @ 4:15 PM (Refreshments at 4 PM) 


Location: Spilker (formerly Nano bldg.), Room 232 
(Map: http://campus-map. stanford.edu/index.cfm?ID=04- 040 ) 


ABSTRACT 


The ability to fabricate multiple resonant photodetectors, each with separately engineered wavelength sensitivity, in a single-step process has many potential applications. In this talk, we propose and demonstrate the use of nanoscale semiconductor fin structures surrounded by metal as efficient transverse Fabry-Perot resonators which allow one to efficiently excite in-plane resonances under surface-normal incidence. We show that these devices support strong absorption resonances that can be tuned by varying the width of the structure and use this effect to engineer devices for two potential application areas. 


In the first half of the talk, we show how we can engineer nanoscale planar multispectral image sensors based on silicon fins surrounded by metallic slits wherein the resonant wavelength of each pixel is determined by the width of the silicon fin. The same metallic structure is used for both light confinement and carrier extraction in a compact metal-semiconductor-metal (MSM) geometry. We experimentally study how close we can put two of these pixels together and how small we can make an individual pixel. We show that, in principle if the electrical properties of the devices are suitably controlled, one can engineer devices with pixel pitch down to 250 nm and pixel sizes ~ 500 nm x 500 nm. 


In the second half of the talk, we use this effect to enhance the indirect absorption in germanium and engineer CMOS-compatible germanium photodetectors with high responsivity across the telecommunications bands (both C & L-bands). Finally, we show that this effect can be used to engineer novel resonant waveguide couplers that can be used to couple light efficiently from free space to both dielectric and plasmonic slot waveguides with slot widths on the order of 50 nm. 
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From dsukhdeo at stanford.edu  Wed Feb 20 13:12:13 2013
From: dsukhdeo at stanford.edu (Dave Sukhdeo)
Date: Wed, 20 Feb 2013 13:12:13 -0800
Subject: [labmembers] Strained SOI wafers
Message-ID: <00d001ce0fae$f4ef4250$decdc6f0$@stanford.edu>

Hi all,

 

I'm looking for SOI wafers with some strain in the top silicon layer.
Doesn't have to be much, even 0.05% strain would do. Does anyone have a
wafer or two that they can spare or sell?

 

Thanks,

Dave

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From jihwanan at stanford.edu  Thu Feb 21 11:59:46 2013
From: jihwanan at stanford.edu (JIHWAN AN)
Date: Thu, 21 Feb 2013 11:59:46 -0800
Subject: [labmembers] BET method
Message-ID: <CACjn7yfK=ewYMcwUKibwJunBgUOySHNRiWNxOJnUDmk6mk6eGw@mail.gmail.com>

Hi all,

Does anybody know where I can use BET (for surface area measurement),
possibly on campus ?

Thanks,
Jihwan

-- 
Jihwan An
Ph.D. Candidate
Nanoscale Prototyping Laboratory (NPL)
Department of Mechanical Engineering
Stanford University, CA

cell : 650-862-0414
e-mail: jihwanan at stanford.edu
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From ylyang at stanford.edu  Thu Feb 21 17:36:21 2013
From: ylyang at stanford.edu (Yongliang Yang)
Date: Thu, 21 Feb 2013 17:36:21 -0800 (PST)
Subject: [labmembers] Black Transparent Film
Message-ID: <1684526076.5520486.1361496981214.JavaMail.root@stanford.edu>

Hi, labmembers,

Does anyone have some fully dark transparent film that can give to me. Or dark strips cut from the edge of transparent film. I would like to cover part of my mask during the exposure. 

Thank you

Best,
Yongliang

From rc3534 at stanford.edu  Thu Feb 21 20:38:04 2013
From: rc3534 at stanford.edu (Robert Chen)
Date: Thu, 21 Feb 2013 20:38:04 -0800
Subject: [labmembers] Black Transparent Film
In-Reply-To: <1684526076.5520486.1361496981214.JavaMail.root@stanford.edu>
References: <1684526076.5520486.1361496981214.JavaMail.root@stanford.edu>
Message-ID: <CAHjbCJO2+=0Z7bTWCpURFe76E93xj_SohuXbfdc4zKcjx0Fgvg@mail.gmail.com>

I'm not quite sure about a "fully dark transparent film", but you can
always use the foil in the fab and tape it on the non-chrome side during
exposure with karlsuss. Not sure how much accuracy you need in the process,
but this might do the trick.

Robert

On Thu, Feb 21, 2013 at 5:36 PM, Yongliang Yang <ylyang at stanford.edu> wrote:

> Hi, labmembers,
>
> Does anyone have some fully dark transparent film that can give to me. Or
> dark strips cut from the edge of transparent film. I would like to cover
> part of my mask during the exposure.
>
> Thank you
>
> Best,
> Yongliang
> _______________________________________________
> labmembers mailing list
> labmembers at snf.stanford.edu
> http://snf.stanford.edu/mailman/listinfo/labmembers
>
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From shott at stanford.edu  Thu Feb 21 20:54:30 2013
From: shott at stanford.edu (John Shott)
Date: Thu, 21 Feb 2013 20:54:30 -0800
Subject: [labmembers] Toxic Gas Alarm Thursday evening ...
Message-ID: <5126FA06.7080006@stanford.edu>

SNF Lab Members and Allen building occupants:

If you were in the area this evening, you know that the blue toxic gas 
alarms and the building fire alarm went off this evening at about 6:15 
p.m.  Palo Alto Fire and the Stanford Sheriff's department responded 
shortly thereafter.  Jim Haydon was the first staff member on scene and 
I arrived shortly thereafter.  Mary Calarrudo had already provided PAFD 
with her card key to make sure that they had access to appropriate areas.

Hydrogen was detected by many of the hydrogen detectors located 
throughout the building.  The cause of those alarms was due to hydrogen 
that is released as a normal part of the tank fill operation when the 
Air Products tank truck fills our tank.  When they have filled our tank, 
there is residual hydrogen in the line between the Air Products tanker 
and our tank.  This hydrogen is carefully released into the atmosphere.  
Unfortunately, when atmospheric conditions (primarily wind velocity and 
wind direction) are just right, that hydrogen can get "sucked into" the 
building air handling systems where it is then blown across the hydrogen 
detectors in the lab and in the labs in the annex.  Our hydrogen 
detectors are set to alarm if they detect 400 ppm (parts per million) 
hydrogen in the air because we want to be aware of leaks as soon as 
possible.  The peak level of hydrogen that was seen by these detectors 
this evening was approximately 500 ppm.  None of you in the building 
were at risk under those conditions: the lower flammability limit of 
hydrogen in air is 4% (800 times greater concentration that we observed).

At this point, all systems have been restored to full service.  We will 
be working with appropriate people and groups to see if we can avoid 
this problem in the future.

We apologize for any inconvenience or anxiety that this event caused.

Please let me know if you have any further questions related to this 
event.  I would be happy to discuss this with you.

Have a good evening,

John

From ylyang at stanford.edu  Thu Feb 21 22:57:25 2013
From: ylyang at stanford.edu (Yongliang Yang)
Date: Thu, 21 Feb 2013 22:57:25 -0800 (PST)
Subject: [labmembers] Black Transparent Film
In-Reply-To: <CAHjbCJO2+=0Z7bTWCpURFe76E93xj_SohuXbfdc4zKcjx0Fgvg@mail.gmail.com>
Message-ID: <1039435227.5734472.1361516245747.JavaMail.root@stanford.edu>

Thank you all for the reply. I think I will try the aluminum as the mask.

Best,
Yongliang

----- Original Message -----
From: "Robert Chen" <rc3534 at stanford.edu>
To: "Yongliang Yang" <ylyang at stanford.edu>
Cc: labmembers at snf.stanford.edu
Sent: Thursday, February 21, 2013 8:38:04 PM
Subject: Re: [labmembers] Black Transparent Film

I'm not quite sure about a "fully dark transparent film", but you can always use the foil in the fab and tape it on the non-chrome side during exposure with karlsuss. Not sure how much accuracy you need in the process, but this might do the trick. 


Robert 


On Thu, Feb 21, 2013 at 5:36 PM, Yongliang Yang < ylyang at stanford.edu > wrote: 


Hi, labmembers, 

Does anyone have some fully dark transparent film that can give to me. Or dark strips cut from the edge of transparent film. I would like to cover part of my mask during the exposure. 

Thank you 

Best, 
Yongliang 
_______________________________________________ 
labmembers mailing list 
labmembers at snf.stanford.edu 
http://snf.stanford.edu/mailman/listinfo/labmembers 


From dwnam at stanford.edu  Thu Feb 21 23:25:23 2013
From: dwnam at stanford.edu (Donguk Nam)
Date: Thu, 21 Feb 2013 23:25:23 -0800 (PST)
Subject: [labmembers] Black Transparent Film
In-Reply-To: <1039435227.5734472.1361516245747.JavaMail.root@stanford.edu>
Message-ID: <1273426823.3991941.1361517923427.JavaMail.root@stanford.edu>

Hi Yongliang,

I have a dark transparent film on which I printed all black using a regular printer (have some patterns at the center but most parts are fully dark). If the foil would not work somehow, I can give the film to you so you can try it.

Thanks,
Donguk

----- Original Message -----
From: "Yongliang Yang" <ylyang at stanford.edu>
Cc: labmembers at snf.stanford.edu
Sent: Thursday, February 21, 2013 10:57:25 PM
Subject: Re: [labmembers] Black Transparent Film

Thank you all for the reply. I think I will try the aluminum as the mask.

Best,
Yongliang

----- Original Message -----
From: "Robert Chen" <rc3534 at stanford.edu>
To: "Yongliang Yang" <ylyang at stanford.edu>
Cc: labmembers at snf.stanford.edu
Sent: Thursday, February 21, 2013 8:38:04 PM
Subject: Re: [labmembers] Black Transparent Film

I'm not quite sure about a "fully dark transparent film", but you can always use the foil in the fab and tape it on the non-chrome side during exposure with karlsuss. Not sure how much accuracy you need in the process, but this might do the trick. 


Robert 


On Thu, Feb 21, 2013 at 5:36 PM, Yongliang Yang < ylyang at stanford.edu > wrote: 


Hi, labmembers, 

Does anyone have some fully dark transparent film that can give to me. Or dark strips cut from the edge of transparent film. I would like to cover part of my mask during the exposure. 

Thank you 

Best, 
Yongliang 
_______________________________________________ 
labmembers mailing list 
labmembers at snf.stanford.edu 
http://snf.stanford.edu/mailman/listinfo/labmembers 

_______________________________________________
labmembers mailing list
labmembers at snf.stanford.edu
http://snf.stanford.edu/mailman/listinfo/labmembers

From jesselu at stanford.edu  Fri Feb 22 15:55:02 2013
From: jesselu at stanford.edu (Jesse Lu)
Date: Fri, 22 Feb 2013 15:55:02 -0800
Subject: [labmembers] [oral exam] Jesse Lu, Nanophotonic Computational Design
In-Reply-To: <CALEq6y=1+O+XUqtgf29rxLBF3WOR6tu+SNnN=fcrVUi5oOeVvQ@mail.gmail.com>
References: <CALEq6y=1+O+XUqtgf29rxLBF3WOR6tu+SNnN=fcrVUi5oOeVvQ@mail.gmail.com>
Message-ID: <CALEq6y=sEz_fmF9DJfHOj_zOCyZ1+74L=3pbqXzRswWb8xuwrg@mail.gmail.com>

Title: Nanophotonic Computational Design
Student: Jesse Lu
Advisor: Jelena Vuckovic
Time: Monday February 25, 2013 @ 1pm (Refreshments at 12:45pm)
Location: Spilker (formerly Nano building), Room 232

Abstract:
In contrast to designing nanophotonic devices by tuning a handful of
device parameters, we have developed a computational method which
utilizes the full parameter space to design linear nanophotonic
devices.

We show that our method may indeed be capable of designing any linear
nanophotonic device by demonstrating designed structures which

    * are fully three-dimensional,
    * are multi-modal,
    * exhibit novel functionality,
    * have very compact footprints,
    * exhibit high efficiency, and
    * are manufacturable.

Critically, we show that our method does not require the user to be a
nanophotonic expert or to perform any manual tuning. Instead, we are
able to design devices solely based on the user's desired performance
specification for the device.

From mahnaz at stanford.edu  Mon Feb 25 09:50:20 2013
From: mahnaz at stanford.edu (Mahnaz Mansourpour)
Date: Mon, 25 Feb 2013 09:50:20 -0800
Subject: [labmembers] monthly lab clean
Message-ID: <512BA45C.4010403@stanford.edu>

Hello all,

Monthly lab clean will be on Thursday 2/28 at 6Am to 10 am.

The lab will be open at this time.

mahnaz

From edmyers at stanford.edu  Mon Feb 25 10:52:02 2013
From: edmyers at stanford.edu (Ed Myers)
Date: Mon, 25 Feb 2013 10:52:02 -0800
Subject: [labmembers] =?windows-1252?q?Edwards=92_Advanced_Vacuum_Technolo?=
 =?windows-1252?q?gy_Workshop=2C_March_25?=
Message-ID: <512BB2D2.3010306@stanford.edu>

All,

Edwards Vacuum will be presenting a one-day, complementary technical 
workshop on Vacuum Technology.  Please see the attached agenda for the 
specific topics which will be covered.

Note Pre-Registration is required.  Please respond to Frank Hernandez 
directly.

REGISTRATION:
Frank Hernandez
Phone: 925-270-8564
Email: frank.hernandez@
edwardsvacuum.com

DATE: Monday, March 25, 2013
TIME: AM Session: 9:00?Noon PM Session: 1:00?4:30 PM
LOCATION: Paul G Allen Bldg, Room 101X, Stanford University

PRESENTER: Dr. Andrew Chew
Dr Andrew Chew received his PhD in Vacuum Metrology from University of 
York, UK in 1993. He has worked within the vacuum industry for over 20 
years and currently holds the position of Global Applications Manager at 
Edwards Vacuum. He specializes in vacuum system design and analysis for 
large HEP R&D projects and general industrial applications. He maintains 
an interest in the dynamics of molecule-surface collisions and momentum 
transfer.

Regards,
SNF Staff


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From mdeal at stanford.edu  Mon Feb 25 13:44:35 2013
From: mdeal at stanford.edu (Michael Deal)
Date: Mon, 25 Feb 2013 13:44:35 -0800
Subject: [labmembers] NanoDays at Stanford - March 12th - call for
	volunteers
In-Reply-To: <511A8CEF.1010502@stanford.edu>
References: <511A8CEF.1010502@stanford.edu>
Message-ID: <512BDB43.6080503@stanford.edu>

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From takane at stanford.edu  Mon Feb 25 15:47:41 2013
From: takane at stanford.edu (Takane Usui)
Date: Mon, 25 Feb 2013 15:47:41 -0800
Subject: [labmembers] Ru target?
Message-ID: <48BC4C3B3C08492989A8A90CB5ECE13A@takanepc3>

Dear All,

Does anyone have a ruthenium target for either Metallica or Innotec that I can borrow for one ~10nm deposition?

Thank you very much,
Takane


--
Takane Usui
Ph. D. Candidate
Stanford University

Email: takane at stanford.edu
Phone: (310) 500-6132
Web: npl-web.stanford.edu
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From piggotta at stanford.edu  Wed Feb 27 17:20:08 2013
From: piggotta at stanford.edu (Alexander Yukio Piggott)
Date: Wed, 27 Feb 2013 17:20:08 -0800
Subject: [labmembers] Does anybody have spare SOI wafers?
Message-ID: <CAFKCfLidzhPrWk+=fajHp4gk4W2JhQteBWjSn+hhD5ia-1ADig@mail.gmail.com>

Hi all,

Does anybody have 2-3 spare SOI wafers they'd be willing to sell to a
fellow labmember?

Our parameters are fairly lax:
Membrane thickness: 200 - 300nm
Oxide thickness: > 300nm
Doping: not relevant (although lower doping is preferable)

Thanks!

Cheers,
Alex Piggott
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From inna.rubinchik at semiconsoft.com  Tue Feb 12 08:23:55 2013
From: inna.rubinchik at semiconsoft.com (Inna Rubinchik)
Date: Tue, 12 Feb 2013 16:23:55 -0000
Subject: [labmembers] Plasma and film thickness monitoring in-situ
Message-ID: <DD59886417344319B86D826C1B6BA915@hercules>

Our MProbeUVVisF can measure thickness and optical constants of the thin
films in-situ, during deposition. It uses Xe Flash lamp that enables fast
measurement on the plasma emission background. Measured thickness range :
1nm -20um Wavelength range: 200-800nm, typical measurement time <100ms.
Please find brochure at the following link:
<http://www.semiconsoft.com/html/download/brochure/MProbe_Insitu_brochure201
2.pdf>
http://www.semiconsoft.com/html/download/brochure/MProbe_Insitu_brochure2012
.pdf 
 
Introducing Plasma Monitor UVVis for in-situ monitoring of plasma lines
intensity. Fast, reliable and easy to use system measures complete
200-1000nm spectrum (<2 nm resolution). Typical measurement time is between
20ms and 100ms 
Below please find he link to the brochure:
<http://www.semiconsoft.com/html/download/brochure/PlasmaMonitor_brochure201
2.pdf>
http://www.semiconsoft.com/html/download/brochure/PlasmaMonitor_brochure2012
.pdf
 
Both Plasma Monitor and MProbe system  have Modbus and OPC (DA2.0, 3.0)
software interface to integration with control system.
 
We are working with deposition systems manufacturers like yourself and
customizing systems for specific chamber configuration. We will be happy to
discuss your requirements.
 
Please let me know if you have any questions.  
 
 
 
Thank you,
 
Leo Asinovski, Ph. D.
Semiconsoft, Inc.
tel: +1.617.388.6832
Fax2Email: +1.508.858.5473
Skype: leo.asinovski
email: Leo.Asinovski at semiconsoft.com
Visit us at: http://www.semiconsoft.com <http://www.semiconsoft.com/> 
Thin film solutions: software, instruments, data analysis
 
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