Hello,
Below find the announcement of a talk which may be of interest. Please note that the location of this talk is on the Harvard campus.
[cid:F9624F2E-F058-43DA-B7C5-9FF9D90D3C51]
Monday, May 23
11:00 AM
"MITx and Harvardx - On Campus and Online"
Isaac Chuang, Professor of Physics, Professor of Electrical Engineering, and Senior Associate Director of Digital Learning at MIT Sponsor:
RCC Study Group: The Challenge to Design a Technological Agora, Digital Learning at MIT
RCC Main Conference Room
26 Trowbridge Street
Cambridge, MA
--
Clare Ploucha
Faculty Assistant to Professors Lukin & Greiner and their labs
Department of Physics
17 Oxford St., Lyman 324A
Cambridge, MA 02138
P. (617) 496-2544
Guys:
We have a visitor coming next week and unfortunately he waited until today
to ask for accommodations. As you know, Harvard Alumni week starts soon
and all the hotels are booked -- including Hostels.
Does anyone have a spare room to assist from 6/2-6/3
Unfortunately, I cannot compensate you, but will be a huge help. He's a
Quantum visitor and Tere is his host for the week.
Ideas/suggestions.
thanks,
Marlon.
----------
*Marlon G. CummingsLab Manager, Aspuru-Guzik GroupMallinckrodt
M136Department of Chemistry and Chemical BiologyHarvard University12 Oxford
StreetCambridge, MA 02138617-496-9964617-496-9411
(fax)http://aspuru.chem.harvard.edu/ <http://aspuru.chem.harvard.edu/>*
---------- Forwarded message ----------
From: *Christopher D Hewitt* <christopher.hewitt(a)basf.com>
Date: Thursday, May 19, 2016
Subject: BASF Research Forum 2016
To: "alan(a)aspuru.com" <alan(a)aspuru.com>
Cc: Christopher D Hewitt <christopher.hewitt(a)basf.com>, Marc Schroeder <
marc.schroeder(a)basf.com>, Kim M Lenahan <kim.lenahan(a)basf.com>
Dear Professor Aspuru-Guzik:
BASF Corporation, USA, will be holding a two-day forum for scientists who
are completing their PhD or in the first year of their Postdoctoral
research in the US, Mexico or Canada. The following disciplines will be
represented:
- Chemistry
- Industrial Biotechnology
- Plant Biotechnology
- Chemical Engineering
- Materials Science
- Computer modeling
The forum offers the opportunity to find out more about BASF’s research
activities and the transition from academia. Participants will have the
opportunity to talk to scientists from our main research facilities and
will meet representatives from research and business management. We will
also present and discuss the diverse employment and career opportunities
within the BASF Group with our guests as well as engage in a number of fun
group activities. In order to support networking between the participants
and BASF experts, we will host a poster session with posters from all
guests.
*The BASF Research Forum 2016 will take place in Southfield, Michigan, from
August 31-September 2, 2016.*
BASF’s Southfield site is located on over 17 acres with four buildings
totaling 376,000 square feet. It’s the North American headquarters of our
Automotive Coatings business and the shared headquarters of our resins and
performance additives for coatings, printing and packaging business. Other
business units located in Southfield include automotive catalysts and our
Plastics and Coatings Excellence laboratory. Just under 700 people are
employed at the BASF Southfield site.
The participants will be guests of BASF during the forum. BASF will cover
the expenses incurred for travel, board and lodging.
If you are interested having a member of your group participate in the
Research Forum, please respond to this email with their name and ask them
to send their application documents (attached application form, cover
letter with an explanation of why they wish to attend, and resume or CV) to
kim.lenahan(a)basf.com <javascript:_e(%7B%7D,'cvml','ikim.lenahan(a)basf.com');>
not later than *June 17, 2016*. Since we anticipate more applications than
available places, participants will be selected based on professional
qualification, relevance to BASF's research topics and diversity of the
group.
Kind regards,
*Dr. Chris Hewitt, F.R.S.C.*
Science Relations Manager, North America
Phone: +1 734 324-6149, Mobile: +1 724 931-9069, Fax: +1 289
360-6001, Email: christopher.hewitt(a)basf.com
<javascript:_e(%7B%7D,'cvml','christopher.hewitt(a)basf.com');>
Postal Address: BASF Corporation, 1609 Biddle Avenue, 48192 Wyandotte,
United States
*Marc Schroeder*
Head of North American Center for Research on Advanced Materials
Phone: +1 617 496-3862 Mobile: +1-734-819-6305 E-Mail:
marc.schroeder(a)basf.com
<javascript:_e(%7B%7D,'cvml','marc.schroeder(a)basf.com');>
Postal Address: BASF Corporation, Harvard University, Pierce Hall 113, 29
Oxford St, 02138 MA, USA
[image: We create chemistry!]
--
Alán Aspuru-Guzik | Professor of Chemistry and Chemical Biology
Harvard University | 12 Oxford Street, Room M113 | Cambridge, MA 02138
(617)-384-8188 | http://aspuru.chem.harvard.edu | http://about.me/aspuru
Hi all,
Tomorrow Rafa will give group meeting. The title and abstract are below.
Next week there will be no group meeting because of convocation. When we
come back on June 2nd, we'll start off our "Great / Crazy Ideas" series
with Borja and Steven. The full first round of talks is in the schedule
<https://docs.google.com/spreadsheets/d/1LioqdopHr5ZAmn0GaCQwLUTYoU4ZJuvfrMY…>
now,
and the code I used to generate it is here after Rafa's abstract. If anyone
has a conflict with their assigned time we'll skip that week and push the
whole thing back.
Finally, starting on June 9th group meeting will start at 3:30 rather than
2:30.
Best,
Ian
-----------------
Speaker: Rafa Gómez-Bombarelli
Title: Deep learning chemical space
Abstract: Virtual screening is increasingly proven as a tool to test new
molecules for a given application. Through simulation we can gauge whether
a molecule will be a promising candidate in an automatic and robust way. A
large remaining challenge, however, is how to perform optimizations over a
discrete space of size at least 10^60.
Despite the size of chemical space, or perhaps precisely because of
it, coming up with novel, stable, makeable molecules is not trivial.
First-principles approaches to generating new molecules fail to capture
the intuition embedded in the approx 100 million existing molecules.
Tomorrow I will report our progress towards developing an autoencoder that
allows us to project molecular space into a continuous, differentiable
representation.
David Duvenaud (now at the Adams group at SEAS and very soon at University
of Toronto) has contributed loads to this work and will be joining us
tomorrow for the talk. It'll be a great opportunity to bring up everything
you always wanted to know about deep learning but were afraid to ask.
-----------------
import random
people = ["Doran", "David G", "Rafa", "James", "Christoph", "Steven",
"Salvatore", "Borja",
"Jorge", "Dmitrij", "Semion", "Dmitry",
"Sam", "Joey", "Adrian", "Ian", "Thomas", "Jonathan",
"Ben", "Jacob", "Nico", "Teresa", "Stephanie", "Jennifer"]
random.seed(42)
random.shuffle(people)
for i in xrange(len(people) / 2):
print "%s, %s" % (people[2 * i], people[2 * i + 1])
Hello everybody,
Dr. Libor Veis, a post-doc at the Academy of Science of the Czech Republic,
will be visiting Harvard on from May 31st to June 2nd. He has experience in
Quantum Algorithms on Chemistry, Quantum Information, and Electronic
Structure Methods.
He will give a talk on *June 1st at 11:00 a.m.* If you are interested in
meeting with him or have lunch on *Tuesday, May 31st*. Please let me know.
Best,
Tere
Hi quanta,
I'll be defending my thesis this coming Wednesday, May 18 at 10:30am.
Details are below. Everyone is invited to attend!
Best,
Henry
Title: Games, Protocols, and Quantum Entanglement
Committee: Dana Moshkovitz (thesis advisor, chair), Scott Aaronson, and
Aram Harrow.
Time: May 18, 10:30am
Location: 32-D463 (Star room in Stata)
Abstract:
Quantum entanglement once was a philosophical peculiarity, just another
bizarre feature of quantum mechanics, alongside wave/particle duality, the
uncertainty principle, and cats simultaneously dead and alive. However, the
last twenty years of quantum information theory and quantum computation
have established entanglement as central to the story that connects quantum
physics, information theory, and computer science. Now, entanglement is
viewed as a powerful resource that allows us to perform computational,
cryptographic, and communication tasks that cannot be accomplished
classically.
However, entanglement can sometimes be wielded by adversaries to break the
security of a cryptographic protocol, or the soundness of a proof system.
My thesis focuses on techniques and methods for characterizing and
constraining adversarial entanglement in games and protocols. Specifically,
I will discuss entangled adversaries in three different contexts: (1)
infinite randomness expansion protocols, (2) the parallel repetition of
games, and (3) one-time authentication of quantum data. In each of these
settings, I will show that the adversary's ability to use entanglement to
disrupt the desired functionality of the game or protocol is limited.
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Dear AAG Group,
I'd like to announce the arrival of a new group member. Her name is Clara
Kumi, and she and her mom are healthy and happy (and her mom and I are
profoundly happy and extremely sleepless!).
Here is a picture of her yawning:
[image: Inline image 1]
She has already expressed interest in quantum chemistry research, in
particular doing QMMM simulations of breast milk and oxytocin, and machine
learning optimal feeding/burping/sleeping/diaper-changing schedules.
with affection,
Adrian
--
Adrian Jinich
Aspuru-Guzik Lab
Harvard University
12 Oxford Street
Cambridge, MA 02138
ajinich(a)fas.harvard.edu
http://aspuru.chem.harvard.edu/adrian-jinich/
Hi Quanta
We will meet on Friday the 13th at 11:00. We will hear from Lijie Chen. See you there.
Eddie
***********************************************
Edward Farhi
Cecil and Ida Green Professor of Physics
Director
Center for Theoretical Physics
Massachusetts Institute of Technology
6-300
Cambridge MA 02139
617 253 4871
***********************************************
_______________________________________________
qip mailing list
qip(a)mit.edu
http://mailman.mit.edu/mailman/listinfo/qip
Hi all,
Tomorrow at 2:30 Dmitry will talk at group meeting. Title and abstract
below.
Best,
Ian
-----------------------
Speaker: Dmitry Zubarev
Title: Enantio-enrichment in Prebiotic Amino Acid Synthesis
Abstract:
The origin of biological homochirality is still a mystery. The earliest
reactions that create stereogenic bonds in prebiotically relevant reaction
networks are good suspects for chiral induction. I will talk about an
ongoing experimental and theoretical investigation of chiral induction in
the hydrolysis of aminonitrile precursors to proteinogenic amino acids
catalyzed by chiral ketones, aka Strecker reaction. The role of theory in
this effort is to reveal mechanistic underpinnings of prebiological
enantioselective organocatalysis. Computational analysis is also used to
motivate experiments via prediction of substrate/catalyst combinations with
high propensity to enantioenrichment.