benjaminva

Correct answer, never think about the future in terms of linear extrapolations. It's a non-linear differential equation with lots of variables and expect complex feedback loops. Systems react to change.

lector.ai | Frontend-Dev/Full-Stack | Bremen,Germany | Full-time | https://www.lector.ai/ Job posting: https://www.justadd.ai/de/jobs/

Join our great team to innovate in ai-based document processing. We help our customers to automatically process large numbers of documents using state-of-the-art ai models (BERT, transformer based OCRs, etc...). We make the power of machine learning accessible. Become a member of a fun team and build the next big platform with us. Enjoy our wonderful office in the Bremer Überseestadt and profit from the great company-wide network of talented software engineers and data scientists.

Join our great team to innovate in ai-based document processing. We help our customers to automatically process large numbers of documents using state-of-the-art ai models (BERT, transformer based OCRs, etc...). We make the power of machine learning accessible. Become a member of a fun team and build the next big platform with us. Enjoy our wonderful office in the Bremer Überseestadt and profit from the great company-wide network of talented software engineers and data scientists.

Here you go: https://www.nature.com/articles/s41467-018-04830-4

Indeed and it's a really impressive technology. However, there is the cooling involved and a lot of effort goes into sampling "the real deal" without changes of the structure due to the imaging process. In single molecule shots the idea is to form tiny droplets with the natural protein inside and sample them at room temperature. Naturally sample preparation here comes with its own challenges.

Filming is one really interesting application, the other is imaging of single proteins without the need for crystallisation. I wrote a whole PhD thesis about the idea how to reconstruct the three-dimensional electron density from a lot of extremely noisy single proteins shots. It will make a huge class of proteins experimentally accessible that we couldn't structurally look into before.

lector.ai | AI-Engineer and Full-Stack | Bremen,Germany | Full-time | https://www.lector.ai/ Job posting: https://www.justadd.ai/de/jobs/

Join our great team to innovate in ai-based document processing. We help our customers to automatically process large numbers of documents using state-of-the-art ai models (BERT, transformer based OCRs, etc...). We make the power of machine learning accessible. Become a member of a fun team and build the next big platform with us. Enjoy our wonderful office in the Bremer Überseestadt and profit from the great company-wide network of talented software engineers and data scientists.

lector.ai | AI-Enginee, Full-Stack, Frontend-Dev or Sales | Bremen,Germany | Full-time | https://www.lector.ai/ Job posting: https://www.justadd.ai/de/jobs/

Join our great team to innovate in ai-based document processing. We help our customers to automatically process large numbers of documents using state-of-the-art ai models (BERT, transformer based OCRs, etc...). We make the power of machine learning accessible. Become a member of a fun team and build the next big platform with us. Enjoy our wonderful office in the Bremer Überseestadt and profit from the great company-wide network of talented software engineers and data scientists.

We currently develop solutions in this area and I believe that isolated OCR is not the solution to go. Things are moving rapidly towards end-to-end processing of documents with huge transformer models and I also believe that multi-modal GPT models will quickly win all usecases. If you guys are interested to work in that topic and are located in the northern Germany region, pop me a message.

lector.ai | AI-Engineer and Full-Stack | Bremen, Germany | Full-time | https://www.lector.ai/ Job posting: https://justaddai.jobs.personio.de/#company-37624

Join our great team to innovate in ai-based document processing. We help our customers to automatically process large numbers of documents using state-of-the-art ai models (BERT, transformer based OCRs, etc...). We make the power of machine learning accessible.

Become a member of a fun team and build the next big platform with us. Enjoy our wonderful office in the Bremer Überseestadt and profit from the great company-wide network of talented software engineers and data scientists.

lector.ai | AI-Engineer and Full-Stack | Bremen,Germany | Full-time | https://www.lector.ai/

Job posting: https://www.justadd.ai/de/jobs/

Join our great team to innovate in ai-based document processing. We help our customers to automatically process large numbers of documents using state-of-the-art ai models (BERT, transformer based OCRs, etc...). We make the power of machine learning accessible.

Become a member of a fun team and build the next big platform with us. Enjoy our wonderful office in the Bremer Überseestadt and profit from the great company-wide network of talented software engineers and data scientists.

justadd.ai | Bremen, Germany | Full-time | https://www.justadd.ai/en/jobs

As an AI Engineer // Data Scientist, the problem can’t be hard enough for you. You’re familiar with the current state of the art in Deep Learning. As part of our AI experts team, you will develop solutions to solve real-world problems while interacting with our customers.

Your Tasks:

- You will develop custom AI solutions from prototypes to integratable software modules

- You use and develop state-of-the-art models to solve real-world problems

- You analyze large data sets and come up with creative solutions

- You develop, implement, test and document competently You are involved in development from conception to deployment

Your Profile:

- You have a master’s degree in computer science or a similar field of study

- You have deep knowledge in at least one of these disciplines: Computer Vision, Natural Language Processing, Robotics or Deep Learning

- You actively pursue the current state-of-the-art in Deep Learning

- You have very good programming skills, live the best practices and have successfully brought software projects into production using Python & Pytorch (or TensorFlow/Keras)

- You have strong mathematical skills, especially in machine learning approaches and statistical methods

- You have a strong sense of responsibility, identify risks early and fix bugs even after delivery

- You think in a solution-oriented way and approach problems in an analytical and structured way

- You enjoy working in a team and can communicate effectively with people from different professions (technical and non-technical)

- Thanks to your motivation and self-discipline, you achieve high productivity, deliver good quality results in time and motivate other team members

- Through continuous self-criticism, you iteratively improve your own quality standards, which can be seen in your grades

The basic idea is that in the end, all matter is in black holes, the rest is radiation. You need matter in order to define space, so if there is no matter, space or rather the original space doesn't exist anymore. You can contract all the radiation (that doesn't have a notion of space due to the lack of matter) into a new point and start something like a big bang.

I think of it as redefining the space that makes the universe, rescaling the size of the whole universe. Anyway, that's my personal take on this so far.

Tried it with Google:

“I saw Google and we were never on speaking terms after that. All I wanted to do was take Google’s money.”

Nice one ;-)

Sources?

Well, given that the world wide web was developed at CERN and they have driven a lot of big-data topics in the past I would say that the collateral developments are non-negligible. In the software field, CERN and particle physics in general, have driven quite some open source projects (both scientific and general ones).

I had the privilege to ocasionally work with Holger Stark on similar structure determination challanges and can confirm that they really pushed the limits here thanks to very smart statistical methods. The resolution heavily depends on correctly sorting/classifying the large amount (> 10k for sure) images of these small particles.

There exists a race in the structural biology community about the next big method that allows to determine structures of proteins that were hard to crystalize and it seems that CryoEM is becoming the winner in this race.

As an alternative approach, people are building large X-ray lasers that have extremly high intensity and short pulse lengths which they plan to shoot at single particles and resolve individual scattering images. This method can very likely also achieve atomic resolution of non-crystaline particles, even without the need to freeze them down.

It will be exciting times for the whole bio-chemical physics community. Congrats to Holger and the team for another great publication in Nature.

Loanboox| Fullstack Software Engineers | Zurich, Switzerland | 80 or 100% Onsite | https://www.loanboox.com/landing/ch/career

Loanboox is one of the top fintech start-ups from Switzerland and has recently expanded its business to Germany, France and Austria. Our innovative money- and capital market platform is shaking up the loan and bond request process for public sector, large corporations and institutional investors. More than 25 billion Swiss Francs of loan requests have been processed since go-live in September 2016. Our dynamic team of transformers, business developers, software developers, finance experts und creative minds will thrill and inspire you. Our slogan #fullspeed rules our daily doing, that’s also why we have recently won the Swiss Fintech Award.

You will: As part of the coder team, you will develop our intelligent financing assistant, bond issuance process, graphical dashboards, real-time offer modules, document and contract management and CRM. We rely on the latest technologies and have a full backlog with exciting topics.

You have: • Experience in web programming • Interest in financial products (primarily fixed income) • Experience with the following technologies and tools: C#, TypeScript, Angular, HTML/CSS, SQL, Git, Visual Studio You are: • Open, flexible and team-oriented • Quick in grasping new concepts and tasks • Highly reliable and you work with precision You can expect: • To actively shape the digital revolution of money and capital markets • To drive the expansion and growth of one of the world's top start-ups • A dynamic, highly motivated team (top Kununu rating with 4.7 of 5) • Never ending exciting challenges • Possibility for home office • Coffee and snacks as much as you need

You work in: An easy going office in the heart of Zurich (area 1)

Same here, I worked in a computational biophysics department with lots of python/bash/R and I was the only one who wrote lots of high-performance code in Julia. People were curious about the language but it was still very much unknown. Hope we will see a broader adoption of Julia in the future - it's just that much better for the stuff we do on a daily basis.

Do friends need to enter the name along with the picture? How about the age?

I haven't tested the app myself yet and probably will not.

Another convenient feature I use is to schedule reminders via the Google Voice Assistant (e.g. remind me to buy toilet paper tomorrow morning) and it popped up in the Inbox. Nowadays, I manage those reminders via the Google calender - all pending reminders are merged into one entry at the current day - it's not very convenient and I hope so much GMail will add this feature soon.

My initial thought was, does FPS stand for frame per seconds for faces per seconds? :P

1. From a sane point of view, this argument makes sense but the UAE don't have a money problem and prestige/aura of modern technology is weighted much heavier than economical reasoning. It would be a huge attraction and a big reputation boost - they could again argue that UAE is where the future is built, not the USA.

2. It is hot down there but from what I have experienced, the thermal swings are lower than on a normal Central European or American day. This means in October 35 C during the day, 30 C at night.

I have used both in the science context and found Julia much better suited for mathematical problems. Matrix/vector support built into the language is a huge advantage. On top, running code in parallel environments is better supported by Julia (Macros, scheduling, etc...). On top of it, Julia has an excellent Python interface which makes it possible to also use this huge ecosystem of libraries. Makes it easy to use matplotlib out of the box.

Monkey Island 1/2 still remain one of the most influential games for myself. I triggered my strong interest in game programming and later programming in general. All I wanted in the 90s was to come up with programs that showed sprites moving around. Later I progressed to different fields of programming but I guess a part of me still dreams of programming an equivalent game like Monkey Island some day (2D of course!!!)

It´s available here in Germany and I feared that fees would apply for every transaction but learning from the FAQ, when transferring money between friends/family this is actually free. Given, that in Germany, transactions between banks are free too, the whole cycle of shifting money should be also free for Paypal (omitting costs for running the service of course). I am looking forward to trying it out, it might be much nicer than giving someone the IBAN and letting him handle the transaction via the bank.

I find the quality of the Synth amazing. Over the years I have tried out many Synth plugins for Reason 5 e.g. and I have never come across one, in which all the settings sound sooo good. I instantly wanna compose something with it. Good job @author!

Didn't know about that yet. Thanks!

In your screenshot of the "Airport Parking Shop" in the Browser, besides the developer tools, the app itself is wrapped in a GUI that I have not seen before. First I thought it was an ionic served GUI but I couldn't find it when trying out the Tab App example. Could you elaborate more on which tools you used for testing in the browser?

The idea to break the diffraction limit by using the this doughnut-shaped excitation spot comes from the STED microscopy (http://en.wikipedia.org/wiki/STED_microscopy) developed by Stefan Hell (Max Planck Institute for Biophysical Chemistry in Goettingen, Germany). He actually showed that an additional intensity-dependent term can be added to Abbe's diffraction limit allowing sub 100um resolution with light. I think this idea is awesome and it sure won't be the last invention made possible by this trick.