🧠Our ‘Precision Neurotechnologies’ programme is LIVE
We're looking for neuroscientists, engineers (bio/ee/neuro), comp scientists, clinicians & more to help us build platform neurotech to interface with the human brain at the **circuit level**
Find out more + apply 👇
🧠Brain disorders have a huge social + economic impact – x3 that of heart disease. We’re aiming to build new precision neurotechnologies to interact with the central nervous system at the circuit level – where many complex disorders occur. Apply here:
🚨I am *super* excited to announce that I will be joining
@ARIA_research
as a Programme Director!!🚨
I will be exploring how we can leverage principles from physics⚛️, engineering🤖 and biology🧬to develop next-gen neurotechnologies🧠
Here are some questions I’m excited about...
I'm hiring a technical specialist to be my right hand person in running the programme. Looking for expertise in neuroengineering/systems-neuro/bioengineering, across academia and/or industry.
If you are interested, or know someone who might be, please checkout the link below👇
This is WILD: High-density GHz-speed spatial light modulation enabled by CMOS-scale photonic crystal cavities 😱😱😱
From neuroscience to quantum computing to classical comms, this work will be a game changer for many fields!
Finally!
Backstory: A mm^2 -ish aperture of glass could easily carry all the world's data traffic passing through undersea fiber-optic cables (>10^15 bits/s). That huge bandwidth explains in part why it’s so difficult to completely control multimode light
💥Something very cool just arrived in the post💥
The PRINT version of our philosophy book 'Analogue Quantum Simulation', written w/ the wonderful Dominik Hangleiter
@JointQuICS
and Karim Thébault
@BristolUni
, and published by
@SpringerNature
!! 🥳🥳🥳
🚨Excited to share that our programme thesis is live!🚨
We lay out a vision for ***precision neurotech*** capable of tackling some of the most complex brain disorders at the circuit level. We believe this is possible by leveraging advances in bio- & hardware-engineering🧠🧬💻
Can we unite the frontiers of engineered biology and hardware to detect + treat brain disorders? 🧠
In our latest programme thesis,
@JacquesCarolan
sets out a vision for next-gen tech to interface with the brain at the circuit level👇1/2
🚨Very excited to share my ARIA opportunity space!🚨
Brain disorders are a huge challenge to society and we need a new suite of tools to precisely interface with the human brain at scale.
🧠I'd love to hear from neuroscientists, engineers, clinicians etc working in this space!🧠
🧠ARIA PD
@JacquesCarolan
has released his opportunity space “Precisely interfacing with the human brain at scale”. He’s exploring how to build targeted, minimally invasive tools to better understand and treat disorders of the brain and looking for feedback.
🚨Super excited to share that I'll be joining the
@NeuralCompLab
at
@UCL
as a Research Fellow which means ... I'm switching my focus from ⚛️Quantum → 🧠Neuroscience 😱😱😱(1/6)
Our
@ARIA_research
Precision Neurotech programme will launch in *early July*, which will develop new tools to tackle the most complex brain disorders at the circuit level.
It's a big goal + to get there, we need multi-disciplinary teams. Find out how to get involved 👇
What a remarkable result! Electric fish directly use signals from others to 'collectively sense' their environment. Note, this is different from flocking etc., which is based on behavioural responses... wild (and reminds me of multi-sensor networks)
We did it!!! 🚴♂️💨We cycled Lands End to John o’Groats (most southern to northern pts of UK): 1100 miles (1770 km). 12 days. 14000 m of ascent (and descent). 2 broken spokes. 5 punctures (all in a single day). 1 new wheel. -1 pair of Crocs. Countless muesli bars.
It’s such an honour to be a founding PD at
@ARIA_research
. The talent, energy and focus across the entire agency is incredible.
If anyone wants to chat next-generation neurotechnology, my DMs are open 🧠🔬⚡️
Excited
@JacquesCarolan
is part of our first cohort of Programme Directors to imagine new ways to interface with the human nervous system to non-invasively provide neuropsychiatric treatment. Find out more here:
Super cool advances in fusion-based quantum computing architectures from
@PsiQuantum
-- up to 10% loss / fusion op and 43% fusion failure threshold , congrats Naomi, Mihir, Hector
@MGimenoSegovia
and the team 🥳
Come work with me at
@ARIA_research
and help build the future of neurotechnologies! We are looking at the largest ever investment into neurotech in the UK and you would be right at the centre of that. Huge opportunity for global impact + working within an incredible team 🧠👩⚕️🎆
We just launched our latest programme thesis, setting out a vision for next-gen precision neurotechnologies to interface with the brain at the circuit level.
We’re now looking for a Technical Specialist to work with
@JacquesCarolan
across this upcoming programme.
Read more👇1/2
💥💥Totally blown away by the quantum optical engineering💥💥
- Custom laser system
- 25 optimized single photons sources
- Phase locked to a 100 mode (path and pol) interferometer
- 100 single photon detectors connected to
- 13 FPGAs measuring up to a 76 photon coincidence
My final coffee with (some of) the
@Dirk_Englund
group members. Honoured to have these inspiring, hardworking and tenacious friends as colleagues. Gonna miss you all. From
@RLEatMIT
@MIT
-> Niels Bohr Institute in Copenhagen! Excited for the next adventure 💕
💥Super excited to announce that I'll be starting as a
@BBSRC
Discovery Fellow very soon!💥
I'll be developing optical technologies 🔦to readout+write electrical activity⚡️in the awake, behaving brain🧠
Huge thanks to
@NeuralCompLab
for inspiration+support
@rco_slms_ucl
@ucl
Announcing our 2021 Discovery Fellows 🎉 We can't wait to see this cohort's brilliant ideas come to fruition.
Meet them here:
And if you're inspired to follow in their footsteps, read on below 🔽
Prof. Anthony Laing and myself in the Niels Bohr lecture theatre!
Q. How do two brits order a beer in Denmark?
A. With a COPENHAGEN INTERPRETATION
@kets_quantum
A couple of great (and super relevant to our
@ARIA_research
precision neurotech programme) reviews in
@NatureBiotech
:
- 'Translation of neurotechnologies' from Schalk et al
- 'Brain–computer interfaces for neuropsychiatric disorders' from Oganesian and
@MaryamShanechi
Links👇
this is a wild moment. not simply the capabilities (of course braingate and others have demonstrated far greater) but the ***form factor***... no wires... no group of researchers to operate... round the clock wireless use in your own home!🤯
Super cool review from
@WimBogaerts
et al. in
@nature
, on ⚡️Programmable Photonics⚡️.
Reprogrammable optical circuits are set to be game changers for optical computing, image and signals processing and quantum tech.
(also beautiful figures esp.
#5
🔥)
Very proud! Our review paper on Programmable Photonic Circuits has just been published in
@nature
. These multifunctional chips to process light could be rapidly reconfigured in software to perform different functions.
@PhotonicsUGent
@imec_int
@Ugent
Finding a new job is hard at the best of times, let alone in 2020... SO this year
#POM21ja
is hosting a
💥💥💥
#PHOTONICS
JOB FAIR💥💥💥
Submit jobs (for free) to our job board. Register your interest in new jobs. We can do it all.... we just need YOU!
The upcoming
#POM21ja
is featuring a job fair for the first time.
Submit a
#photonics
job to our job board
Looking for a job? share your interest
Let's help the photonics community find the best opportunities
#phdchat
#careers
#job
This is probably the first holiday period I've had in ~5 years without paper submissions, critical experiments, fellowship deadlines, job interviews etc. I feel like I've been born again 🤯
To all my academic friends and colleagues (and myself): 👏Take👏Your👏Vacation👏
Recent advances in💥deterministic photon-emitter interfaces💥enables super exciting opportunities for quantum computation 💻 and comms🔊. We review the state-of-the-art and layout a roadmap going forward w/ Ravi Uppu, Leonardo Midolo,
@Iris97900242
& Peter Lodahl
@HyQ_Ucph
SO insanely excited to announce my first ever course 'How to Program a Quantum Computer' for
#MIT
#IAP2019
! Participants will explore fundamental concepts in
#QuantumComputing
through hands-on tutorials. Almost full so message us if you want to join! w/
@Dirk_Englund
@RLEatMIT
Such an inspiring workshop exploring all corners of neural interfaces: tech, clinical apps, regulation and ethics. So many exciting opportunities in the field!
@royalsociety
#rsnisummit
@SLBconference
was AMAZING. Perfect combination of neuroscience + tech. From next-generation SLMs to optogenetics + voltage imaging to new insights into cortical processing. The organisers did a great job of making this a welcoming, inclusive and safe environment 🌟🧠🔦⚡️
I've just found a website that does symbolic error propagation and I'm SO STOKED.
I know I'm an adult and I know I can do my own maths BUT I DONT WANT TO.
#Denmark
is beginning to open up. I went to a bar yesterday. A REAL bar. With real drinks that weren't in cans.
It took my eyes some time to adjust and I had forgotten how to order a beer. But I can confirm. It was HEAVEN.
Wow! Beautiful fab from Ming Wu and colleagues at
@UCBerkeley
-- 128 x 128 pixel MEMS silicon photonic scanner for LIDAR!
Results like this make me think large-scale MEMS will be transformative for many other fields very soon (e.g. MHz SLMs for brain sciences)
A monumental moment captured on camera! A physicist using a PIPETTE for the FIRST time 🤣 (fortunately you can't hear the laughs of my colleagues
@maxime_beau
and Spencer).
Captured by our wonderful lab manager Caroline at the
@NeuralCompLab
#almostabiologist
Beautiful review from Liqun Lu on neural circuit motifs and architectures that occur throughout the brain and across species. Particularly recommended for engineers who want an introduction to neural processing 🧠🖥️⚡️
Finally heading home after an inspiring
#GRCCerebellum
!
Beautiful talks spanning development, disease, circuits, systems, new cell-types & even twitching. PLUS I presented my first proper neuroscience results 💅🏼
Thanks everyone for making it such a fun & welcoming week 🧠🔬🌟
Stoked to be part of this awesome team, helping with the A.I. & Photonics session of the
@PhotonicsMeetup
, it's going to be a blast! 🤖⚡️Submissions details to follow soon
I strongly agree with this sentiment, that the circuit-level understanding of many of the most complex and common brain disorders will lead to a bluring of the line between biologics and traditional neurotech. It's a key tenent of our programme thesis:
It was a lot of fun discussing how neurotech will “Biologizing the future” at
@SynBioBeta
last week.
One take away: as we come to understand mental health disorders as circuit problems, we will see a lot more convergence between drug and device therapies.
I'm giving a remote talk at
@RITphotonics
tomorrow, for the 'Photonics 4 Quantum' workshop. Sad I can't be there in person to eat another Garbage Plate, but really looking forward to it. 1300 EDT / 1900 CEST. Register for free →
If you’d like to join a team, pls:
1. Read the thesis
2. Register your expertise + the capabilities you’re missing
3. We’ll then help you connect with potential partners
We're looking for new collaborations between neuroscientists, engineers, physicists, clinicians + more
I finally got around to making a personal website. Obviously these are fairly cringe, but there might be some useful things:
1) I'm hosting my PhD thesis for the first time
2) The course I made for MITs IAP -- how to program a quantum computer
Wait. Is it me or has
@Google
Scholar just removed the infuriating feature where clicking on a link to an article wouldn't in fact open that article?!?!!
🙏🙏🙏
Truly a new years miracle.
#AcademicChatter
My wonderful partner has not only got us TICKETS TO WEMBLEY TOMORROW 😱😱😱
#EURO2020
but also cross stitched her own Danish jersey because nowhere in London sells them...
The question is ***what do I wear*** (note... I'm sitting with the Danes😅)?
Really great visit to
@EdinburghUni
last week. Super cool to see high-throughput memristor characterisation for next-gen neural interfaces from
@themispr
@IMNS_UoE
. Lots of great discussions across the day. Thanks for hosting us!
@ARIA_research
🏴
~50 emails and ~15 forms later, I received the final reimbursement for faculty interviews 5 MONTHS LATER. If you're going to invite people out for interviews (esp. international) PLEASE make it easy for them to get reimbursed (ideally pay for the travel upfront). 1/2
This is a really nice result which shows how to ⚡️deterministically⚡️ correct programmable photonic hardware. I've wondered if something like this was possible for years and it's great that Saumil, Ryan &
@Dirk_Englund
figured it out! 🥳
Is it possible to program perfect optical transformations from imperfect components, without significant hardware overhead? Saumil, Ryan, and Dirk find the answer is yes through a deterministic algorithm, provided hardware errors are small enough:
I'm helping organise this incredible workshop in a couple of weeks at the intersection of neuroscience🧠, optics💡 and computational neuroscience💻
I went 2 years ago & it was probably my favourite workshop: great speakers, wonderful community - ya'll should attend!!!
😱SLB2024 takes place in less than two weeks 😱
AND you still have time to register to attend (*until 10th June*).
☑️ Incredible speakers
☑️ Great community
☑️ Kavli innovation awards
Ultra-low loss waveguides +💥QUANTUM PHOTONIC PUZZLE PIECE!💥 (worlds smallest puzzle..?)
This was a super fun collaboration between folks at
@NIST
@UCSanDiegoCME
@RLEatMIT
@MitQpg
-- congrats to everyone involved 🥳🥳🥳
Absolutely delighted to present at
#QTML2019
(although somewhat of a surreal experience doing this from home, with a coffee at 4am). Sad I can't be there for what looks like a wonderful program!
#QMLisALIVE
“How do I control many single photon sources for large-scale
#QIP
” you ask? Using tools from our newest paper that has just landed in Optica
@OSAPublishing
! Super excited this is out and massive shout outs to all my co-authors
@RLEatMIT
@Dirk_Englund
So cool! idk why but for some reason it captures my imagination more that you can reconstruct movies from the neural activity of a mouse vs a human. Maybe its something about mice not possessing the 'concepts' of what they are seeing. Or that mice vision sucks. Either way, v cool
🚀 Excited to share the first preprint from my postdoc in the labs of
@ClopathLab
and Troy Margrie at
@SWC_Neuro
! We've reconstructed movies from mouse visual cortex activity. 📽️✨
#Neuroscience
#AI
1/6
This week, our lab hosted the
@ARIA_research
Programme Director
@JacquesCarolan
to showcase our cutting-edge
#neurotech
research. It was an enlightening experience diving into discussions on advancing highly targeted, nano-invasive scalable tech for safe brain interfacing 🚀 🧠
To all my optics and photonics colleagues: super exciting opportunity space at
@ARIA_research
in O&P for climate monitoring by the incredible
@GemmaBale
and
@SarahBohndiek
🔦🌲☁️
🌎 Could optics transform our response to the climate crisis?
Our latest opportunity space, Scoping Our Planet from
@GemmaBale
+
@SarahBohndiek
, explores how to harness advances in optics + photonics to improve climate predictions + spot early signs of extreme weather events.
Such an inspiring keynote from Viviana Gradinaru. Understanding variations in blood brain barrier receptors between strains, species and ultimately people will be critical for developing *cell type specific gene therapies* for the CNS
#studyBRAIN
#BRAINConference
Our latest programme thesis, ‘Forecasting Tipping Points’ led by PDs
@GemmaBale
and
@SarahBohndiek
, sets out a vision for developing an early warning system to predict when a climate system will tip, the potential consequences, and over what timescales they will unfold. 1/4
Quantum neural networks come in many flavours! 🍦
This week we show how to build a “quantum optical neural network” which uniquely uses the discrete quantum nature of photons.
BREAKING NEWS:
The Royal Swedish Academy of Sciences has decided to award the 2022
#NobelPrize
in Physics to Alain Aspect, John F. Clauser and Anton Zeilinger.
A high-performance photonic QC stack in a commercial 300 mm fab, including:
- high eff photon detectors (~90%)
- low-loss BTO phaseshifters (0.5 dB/cm)
- low-loss SiN waveguides (1.5 dB/m)
to reiterate *this is all made in GlobalFoundries process*
congrats to
@PsiQuantum
!
SO PROUD! 😭
Evelyn is unbelievably talented scientist, and a thoughtful and empathetic human.
Stanford is lucky to get her and the world of neuroengineering and medicine is a better place for her working in it! 🥳
Came the long way home🌴
Excited, terrified & unimaginably grateful to have matriculated into Stanford School of Medicine as an MD/PhD candidate and
@KnightHennessy
Scholar, focusing on biophysics, neuroengineering, and asylee health! To 8-10 years of sunshine and new friends❤️
Newly living in
#Denmark
, I've been blown away by the governmental response to
#COVID
ー19 :
(1) Early and decisive action
(2) Quick and easy payment for those out of work
(3) NOW THIS!!
Very fortunate to be here at this time
Do you want to help create the future of Brain Interfaces? We’re looking for ambitious engineers, scientists, and operations experts to join our early team at Integral as we build transformative neurotechnology for treating and understanding brain disorders. 🧵
If you needed more proof that London is a hustle: I left my week old Birkenstock’s outside overnight AND A FOX ATE THEM!!
What is this city!?
Eating a physicists birks is like eating a piece of their heart 😭
#birkenfox
My colleague just put me onto the MASTER-8 😱
+/- 10 V programmable pulse trains across 8 channels, triggering between channels… what a beastl!
(I know you could do this with an NI card, but it doesn’t look as cool as this 20 yr + old instrument that still works flawlessly)
This is a huge deal: the first ultrasonic Ca2+ reporter! I think we’re going to see huge leaps in ultrasound hardware engineering + genetic engineering over the coming years! Can US imaging may become as routine as 2p optical imaging… the million dollar question
Can we image intracellular calcium with ultrasound?
Yes, w/ultrasonic reporters of calcium - URoCs!
Congrats to
@ZhiyangJin
and co-authors on creating the first genetically encoded acoustic biosensors of this universal cell signal based on
#gasvesicles
.
I can't emphasize how big a deal: partnering with a Tier-1 foundry and actually brining in NEW tools into their production line (incl. NbN for SC detectors!) is HUGE. These foundries are serious places (GF has a $5.5B revenue!) and it shows they believe in PsiQ's vision.
recent talk from
@PsiQuantum
- some v nice stuff here: 300mm wafers, 100k bondpads, slick animations!
Keen to hear more about the parameters that go into their fancy models, and more details on the teased new resource state prep simulations 🚀
Programmable quantum photonic hardware pushing the envelope!
✅Awesome systems integration (packaging, locking, dets)
✅High levels of (lossless) squeezing (8dB!)
✅AND you can import it all with a single line of code!!
Huge congrats Zach,
@ixfoduap
and the whole
@XanaduAI
team
Humbled that our programmable nanophotonic quantum hardware paper has been published today in
@Nature
🎉
Congratulations to our incredibly bright and hardworking team for building something truly amazing! 🙌
Almost ANY physical system can be a neural network😱
Beautiful work by
@peterlmcmahon
and colleagues! I love papers like these that combine conceptual breakthroughs and a bunch of beautiful (and diverse) experiments. Truly inspiring. 🔥🔥🔥
The published version of our physical-neural-networks paper is out now in
@nature
. Congratulations to co-first authors
@LoganGWright1
and
@tatsuhiro_onod
, and the rest of the team! 1/2
Double whammy: (1) first in person conference in 1.5 years and (2) first neuroscience conference EVER! 🧠
Peter Hegemann describing advances in light activated opsins⚡️(now pushing >700 nm!!) Hosted by
@EmilianiLab
@FemmesCNRS
in Paris
I’m still a relative newbie to neuroscience, but this is one of the most INSANE experiments I’ve seen in **any** field: activating a presynaptic neuron in one brain region and measuring the postsynaptic response in another brain region 2 mm away!! 🤯🧠🔬
Thrilled to share my PhD work, out in
@nature
today.
@fisekmehmet
& I developed an all-optical approach to study long-range connectivity across brain areas. Upshot: visual feedback is spatially organized & nonlinearly integrated in V1 apical dendrites.
Registration is 💥💥💥LIVE💥💥💥
Submit an abstract on one of our key topic areas for contributed talk consideration, or in ANY photonic topic for poster consideration.
#optics
#photonics
#POM2
Announcing the
#POM20ju
abstract submission deadline: MAY 20!
📌 Submit your abstract here:
And you can also register today! (It’s free!!)
📌 Register here:
#optics
#photonics
#POM2
Important result: low-power transcranial focused ultrasound can significantly reduce essential tremor. Doesn't seem to be thermal.
Lot's more work to do, understand patient variability etc, but certainly promising.
JEDI2p is a bad-ass genetically encoded voltage indicator: bright, photostable, fast… imho voltage imaging is the future of optical neuroscience! ⚡️🔬⚡️
Mega congrats to
@StPierreLab
and collaborators! New paper out today in
@CellPressNews
on the development & application of a new voltage indicator for two-photon imaging! 👏Read it here:
Super excited to be at the
@royalsociety
for the Neural Interfaces Summit. I’d love to chat with folks across the ecosystem so come say hi!
#rsnisummit
#neurotech
Exciting
@wellcometrust
mental health call just announced:
"We want projects that bring together experimental and theoretical neuroscientists w/ mental health practitioners as well as individuals w/ lived experience of mental health problems."
Huge congrats to the entire team!
New Wellcome Mental Health funding call!
Applying neuroscience to understand symptoms in anxiety, depression and psychosis.
Must include a computational and experimental component and take a symptom based approach.
📆 23 July 2024
"I am hoping that this type of virtual job fair stays around in the future. It could give smaller companies a much larger reach, and it could give students at small or rural schools ... an opportunity to interact with a range of employers.”
@ProfArmani
This week,
@JacquesCarolan
from the Niels Bohr Institute next door connected two interesting areas in his talk "Quantum Photonics for AI and AI for Quantum Photonics" (see for an abstract)
Wow. Reversible cryogenic preservation of rat cerebellar slices (ie recording activity before and after cryo). Exciting first steps. Congrats
@LauraDeming
and
@huntercoledavis
!
Introducing
@cradle_health
, co-founded with
@huntercoledavis
. We're building reversible cryo technologies. Think the hibernation pods you see in space movies for long-term travel - we want to build that.
We’ve raised $48M, built a world-class team of scientists and engineers,
🚨Our perspective on artificial atoms (based on semiconductor quantum dots) for quantum technologies has just landed in
@NatureNano
🚨
We cover the whole stack from hardware 🛠to applications 🤖 (+lots of pretty pics)
Congrats Ravi, Leonardo
@Iris97900242
and Peter!
@HyQ_Ucph
Check out our blueprint on photonics quantum tech published in Nature Nanotech.
A scalable pathway towards photonic quantum computing and the quantum internet based on our proprietary deterministic single-photon devices.
@novonordiskfond
@GrundforskFond
Huge congratulations
@noelwan23
, Jeff Lu,
@Dirk_Englund
and the whole team. Really groundbreaking and beautiful work... amazing to see it in progress over the years. How many
#qubits
next?! 1000, 10000??! 💪🏼
Integrated NEURO-photonics set to be a game changer for neuroscience.
Implantable photonic probes for deep brain imaging (e.g. light sheet microscopy): optical + electrical + acoustic modalities all within a CMOS platform!
Looks like a beast of a paper...can't wait to dig in!