- Видео 58
- Просмотров 1 910 295
G-Research
Великобритания
Добавлен 27 июн 2017
We are a leading quantitative research and technology firm.
We hire the brightest minds in the world to tackle the biggest questions in finance. We pair this expertise with machine learning, big data, and emerging tech to predict movements in financial markets.
We offer a dynamic, flexible and highly stimulating culture where world-beating ideas are cultivated and rewarded. We are proud to employ some of the best people in their field and to nurture their talent in our collaborative working environment.
Visit www.gresearch.com to find out more.
We hire the brightest minds in the world to tackle the biggest questions in finance. We pair this expertise with machine learning, big data, and emerging tech to predict movements in financial markets.
We offer a dynamic, flexible and highly stimulating culture where world-beating ideas are cultivated and rewarded. We are proud to employ some of the best people in their field and to nurture their talent in our collaborative working environment.
Visit www.gresearch.com to find out more.
Distinguished Speaker Symposium Q&A with Cliff Cocks and James Maynard
As well as hearing talks from some of the brightest minds in the industry, the Distinguished Speaker Symposium also gives attendees the opportunity to ask their own questions too. And it’s one of our favourite elements of the whole event.
Join Cliff Cocks and James Maynard as they delve into the audience's thought-provoking questions on prime numbers and cryptography.
Join Cliff Cocks and James Maynard as they delve into the audience's thought-provoking questions on prime numbers and cryptography.
Просмотров: 495
Видео
James Maynard - Patterns in prime numbers
Просмотров 14 тыс.Месяц назад
Several of the most famous open questions in pure mathematics are about whether certain patterns of prime numbers occur infinitely often. Such questions have many important connections to other questions in mathematics and cryptography but have resisted the efforts of mathematicians for the past 100 years. These questions, and how recent developments have made progress on these long-standing pr...
Cliff Cocks - Public Key Cryptography: How numbers secure the internet
Просмотров 603Месяц назад
Public Key cryptography is an essential tool that underpins internet security. The talk describes the origins of public key some 50 years ago and the mathematical techniques involved. The focus then shifts to a variety of applications enabled by public key cryptography, and ends with a discussion about the future and how we are meeting the threat from quantum computing. Cliff Cocks, former Chie...
Spring into Quant Finance 2024
Просмотров 156 тыс.5 месяцев назад
Spring into Quant Finance offers a unique balance of learning and networking opportunities. From lectures and workshops to cultural experiences and team-building activities, the program provides a comprehensive look at the intersection of mathematics, statistics, programming, and machine learning in the financial industry. Hear from some of our attendees, on their experience of Spring into Quan...
Unveiling ARM's Revolution: James Ashton at G-Research Distinguished Speaker Symposium
Просмотров 44611 месяцев назад
Dive deep into the story of one of the tech industry's most influential companies with author James Ashton at G-Research's Distinguished Speaker Symposium focused on The Future of Chips and Electronics. In this compelling video, Ashton presents his latest book, which chronicles the rise of ARM and its pivotal role in shaping the digital world. Known for its innovative microprocessor technology,...
Navigating the Future of Microchips: Michael Kagan (NVIDIA) | Distinguished Speaker Symposium
Просмотров 35911 месяцев назад
Step into the cutting-edge world of microchips and electronics with Michael Kagan, CTO of NVIDIA, at G-Research's Distinguished Speaker Symposium focused on The Future of Chips and Electronics. In this not-to-be-missed video, Kagan shares his unparalleled insights into the evolving landscape of microchip technology and its profound impact on the future of computing, artificial intelligence, and...
Exploring the Future with Wonder Materials: Andre Geim at G-Research Distinguished Speaker Symposium
Просмотров 34911 месяцев назад
Join us for an enlightening journey into the world of wonder materials with Nobel Laureate Andre Geim, speaking at G-Research's Distinguished Speaker Symposium focused on The Future of Chips and Electronics. In this exclusive video, discover the ground-breaking advancements and potential of materials like graphene, which have the power to revolutionise industries, technology, and our daily live...
G-Research Distinguished Speaker Symposium: A Q&A with Andre Geim, Michael Kagan, and James Ashton
Просмотров 22711 месяцев назад
Don't miss this exclusive Q&A session from the G-Research Distinguished Speaker Symposium which focused on The Future of Chips and Electronics, featuring a stellar panel of speakers: Andre Geim, Nobel Laureate and physicist renowned for his work on graphene; Michael Kagan, CTO of NVIDIA, leading the charge in microchip innovation; and James Ashton, esteemed author and tech industry observer. Ho...
Distinguished Speaker Series: Q&A with Janelle Shane
Просмотров 150Год назад
On Tuesday 17th October, the Distinguished Speaker Series went to Dallas for the first time, and hosted Janelle Shane, Research Scientist and Writer, for her talk on what AI can do - and can’t. Around 200 attendees joined us at the Perot Museum of Nature and Science to hear from Janelle and pose their own questions about AI - captured here - before a networking event. Want to watch the full tal...
Distinguished Speaker Series: Janelle Shane on what AI can do - and can't
Просмотров 950Год назад
On Tuesday 17th October, the Distinguished Speaker Series went to Dallas for the first time, and hosted Janelle Shane, Research Scientist and Writer, for her talk on what AI can do - and can’t. Around 200 attendees joined us at the Perot Museum of Nature and Science to hear from Janelle and pose their own questions about AI, before a networking event. Our Q&A is captured in a separate video, wh...
Janelle Shane: What AI can do - and can't
Просмотров 942Год назад
Janelle Shane is a Research Scientist and the creative mind behind AI Weirdness, a blog that uses humour to delve into the stranger side of AI. We invited Janelle to talk at our latest Distinguished Speaker Series event, held in Dallas on the 17th October, where she spoke about What AI can do - and can’t. Interested in attending a future Distinguished Speaker Series event? Register your details...
Spring into Quant Finance 2023 - Our Insights Week
Просмотров 474 тыс.Год назад
Spring into Quant Finance is G-Research's week-long residential programme, hosted annually around the Easter holidays. It provides an introduction to the world of quantitative finance and G-Research (www.gresearch.com), as well as a brilliant networking opportunity for anyone studying a technical or quantitative subject, such as Mathematics, Machine Learning, Physics, Statistics, Engineering or...
G-Research at Soho Place
Просмотров 3,6 тыс.Год назад
We're excited to have opened the doors of our brand new office at 1 Soho Place in the heart of Central London. Home to our Research Lab, our new office provides an environment where creativity and innovation can thrive, enabling our continued long-term success. In bringing together our Researchers and Engineers, in a purpose-designed space, we will continue to push the boundaries of quantitativ...
G-Research: Meet our Interns
Просмотров 4,9 тыс.Год назад
Each year, we run a summer internship program and industrial placement scheme that gives students the opportunity to gain hands-on experience across a wide variety of Functions within G-Research. Hear from some of our latest interns about their experiences and how they applied their skills in the following Functions to progress in their chosen fields: - Quantitative Finance - Software Engineeri...
G-Research: Introduction to Women in Quant Finance
Просмотров 769Год назад
Women in Quant Finance is an initiative set-up by G-Research to encourage women to consider a career in Quant Finance. As well as providing an introduction to G-Research and the world of quant finance, it also provides a genuine networking opportunity for attendees to meet like-minded women who are passionate about problem solving. At G-Research, we believe that by showing women in STEM that Qu...
Computer Guided Mathematics Symposium - Part of G-Research's Distinguished Speaker Series
Просмотров 156 тыс.Год назад
Computer Guided Mathematics Symposium - Part of G-Research's Distinguished Speaker Series
The G-Research monthly grant: How we help early careers researchers
Просмотров 251Год назад
The G-Research monthly grant: How we help early careers researchers
The G-Research monthly grant: Hear from one of our winners
Просмотров 578Год назад
The G-Research monthly grant: Hear from one of our winners
Kevin Buzzard: Mathematics and the Computer
Просмотров 16 тыс.2 года назад
Kevin Buzzard: Mathematics and the Computer
Computer Guided Mathematics Symposium - Q&A with Sir Timothy Gowers, Kevin Buzzard and Alex Davies
Просмотров 3,5 тыс.2 года назад
Computer Guided Mathematics Symposium - Q&A with Sir Timothy Gowers, Kevin Buzzard and Alex Davies
Sir Timothy Gowers: What is Mathematics? with G-Research
Просмотров 6 тыс.2 года назад
Sir Timothy Gowers: What is Mathematics? with G-Research
Sir Timothy Gowers: What is Mathematics?
Просмотров 8 тыс.2 года назад
Sir Timothy Gowers: What is Mathematics?
Alex Davies: Machine Learning with Mathematicians with G-Research
Просмотров 2,2 тыс.2 года назад
Alex Davies: Machine Learning with Mathematicians with G-Research
Alex Davies (DeepMind) on Machine Learning with Mathematicians
Просмотров 20 тыс.2 года назад
Alex Davies (DeepMind) on Machine Learning with Mathematicians
Kevin Buzzard: Mathematics and the Computer with G-Research
Просмотров 3,5 тыс.2 года назад
Kevin Buzzard: Mathematics and the Computer with G-Research
G-Research Distinguished Speaker Series: Amy Hodler, Graph Evangelist
Просмотров 1,3 тыс.2 года назад
G-Research Distinguished Speaker Series: Amy Hodler, Graph Evangelist
G-Research Distinguished Speaker Series: Q&A with Amy Hodler
Просмотров 2022 года назад
G-Research Distinguished Speaker Series: Q&A with Amy Hodler
G-Research Distinguished Speaker Series: An interview with Amy Hodler
Просмотров 3582 года назад
G-Research Distinguished Speaker Series: An interview with Amy Hodler
Fermat had a proof that would have fit in a wider margin, NOT a proof that barely fit in a huge, heavy and expensive book.
Wonderful! But I'm growing more and more concerned that the definition of a prime number includes the words: "Indivisible by any numbers except one and itself", when it is obvious that one and itself are not divisors of anything, since dividing means cutting into pieces, and no number is cut into pieces if it remains whole. Just sayin'...
Cheers for sharing! I need help: My Trust Wallet has some USDT, and I know the recovery phrase: -clean- -party- -soccer- -advance- -audit- -clean- -evil- -finish -tonight- -involve- -whip- -action-. Could you suggest how can I proceed with sending them to Upbit?
3G❤
Thanks for publishing this! Looking for help: My Crypto Wallet has some USDT trx, and I have the backup phrase: -clean- -party- -soccer- -advance- -audit- -clean- -evil- -finish -tonight- -involve- -whip- -action-. Could you suggest how should I handle sending them to another wallet on Binance?
I m from Pakistan someone use your James your videos ..... And Fraud with me my family 😭 I m fully destroy.... Plz plz reply me someone use your name before 2 year
I need your help plz help me😢
Hi plz reply me ...
From Diana. That account is waiting for someone to check it out: (clean party soccer advance audit clean evil finish tonight involve whip action).
I like maths but not so sure about AI.
Quit pretending that numbers are this important.
Prime numbers are the backbone of modern cryptography, which I think we can all agree is pretty important.
it's interesting that with all the mass lay-offs going on at G-Research, that they have time and money to spend on such presentations.
Layoffs ?
@@JR-iu8yl yes indeed, both in 2023 and 2024 primarily from the london offices
I think you mfers rejected me a while back.
A difficult challenge is to be a smooth talker who does not say "um," "ah, etc." It is also good/necessary to take pauses at certain intervals in speaking and not be a motormouth.
Hi, James... I was on a project and needed to proof that mathematically. So, I learned of the Reimann Hypothesis and because I am an inventor I cannot just let it pass. I understand what conditions must be met to give infinite primes. The concept also has peculiar method for zero. But I have formulated a way to factor the product like the public key (RSA) into its primes. With a Casio handheld and a piece of paper. We all know that finding factors cannot be done on a Casio because it's limited to 2^332 or 10^99 at best. So, imagine 10^616. So, I tried to connect with RSA to kind of ask if that would influence their business. To be kind, no response from the parent company yet. So, you could say RSA has become obsolete. For a few months I post on LinkedIn that our time for quantum computing is not here yet. We need a new approach to mathematics. This concept implemented by a ML into an AI can solve complex mathematics without the need for a quantum computer. Prime gaps can be easily addressed with my concepts. While listening to you, I use x/logx for product of 2 primes. Not good approach, work well for small products but over 1000 to 10^45. This range around 10^45 is the range I use as if its 10^3 ... I'm looking for a mathematician that can put the proof for the Reimann Hypothesis together. You will understand it in a day. NB.. I am not a mathematician. I don't have time to figure out publishing. It's not FREE......it was in 2014
who is offering the $75,000?
Not a fan. There is a nice story that inspired this team to look at this, but guess it's really important to keep hold of as much credit as you can. Maybe it's because you don't deserve that much? If Tao tells this story he will be sure to credit the amateur mathematician who came up with the first original result about prime numbers in years. Sure he had some professional help to make his result rigorous but it was the amateur's idea. The result was roughly that you will always be able to find higher primes that differ by less than 40,000,000 I think. This was a totally new type of result and if we could lower this bound maybe all the way down to 2 it would be really cool. It is this amateur result that they have managed to lower to now 246. This story also make their result much easier to understand than the explanation in this video.
Please correct your spelling to "amateur."
@@robertveith6383 thanks
Yitang Zhang had a PhD in mathematics, so he was hardly an amateur. It is true that he had struggled breaking into academia for many years prior to him proving the first prime gap result in the direction of the twin prime conjecture. So it is the story of someone struggling to find a stable research position after finishing their PhD, who manages to make a surprising breakthrough in the study of prime gaps. It is not the story of an amateur making a surprising breakthrough! To be precise, he proved that for some k<70.000.000 there are infinitely many pairs of primes differing by k. Don’t doubt the quality of Maynard’s work. He deserves all the praise granted to him. Edit: He credits Zhang, Tao and the polymath project for the k<246 result and doesn’t even credit himself, so I don’t understand what your problem is with him.
@@pietfoku1921 My problem is that I think the 70 mil. result was the original and significant one and then he does not mention it. The existence of a bound is much more interesting than it's size. I had no idea that Zhang was a ph.d. nor that it was his breakthrough. He could have told me. It's a good story that even make the result much easier to understand than the jiberish he chose to present.
@@maxfriis ok
"Neither" is singular. You mean "...neither happens." This is a rather peculiar sort of thing for a numerologist to screw up, doncha think?
Is it possible that, maybe, correcting a Fields medalist on their grammar is rather irrelevant? We all understood what they meant.
Wonderful, a great lecture and lecturer, a good man and a very good audience. I always enjoy complex problems, I absolutely understand none of, but a try always matches the absolutely none understanding of each. My amateur attempt The basics of the prime number concept, is to literally define the very end, limit, the very enclosure of and by a segment, line, sequence, set and so on or in terms of a system, even a complex one compiled of sub systems, without determining an end of ends, meaning a continuation which can have a practical measure which equals not in blah, ( i.e unusable). It signifies the very understood yet in this context often completely neglected and overlooked concept of none duplicality, not duplicity, but regarding the meaning of and by unique, with and within a set of consecutive sequence. The confusion arises from the fact that after (integer {times} integer) the duplicate meaning is neglected by and of having been turned into three, four, five and so on times integer, which means a literal almost identical side by side sequence of numbers exist to that sequence which has prime numbers, yet this one by and of being fundamentally a duplicate based sequenced one, having no possibility for and by any concept such concept as a prime number. [ In pure mathematics terms, upon the appearance of and by a prime integer, it's consequential times function demotes it to a not prime, but a segment which has any other next prime integer.] The confusion is more prevalent, once it is visually seen and understood, that such structure raises only of one number of and by the sequence which does have a prime number possibility, be it such number only a zero, and the way method is this.... Assume a horizontal sequential line of and by numbers from zero to infinity zero. Now assume an upward vertical axis line, as a times duplicate of and by any or each of the numbers on the horizontal line. Almost all of such vertical axis line sequences already have all of the numbers with and within the horizontal line, yet none is a prime number. (The difficulty of finding prime numbers has nothing to do with randomness, it is only a matter of the impracticality of fitting any very large number consecutive sequence into equally matching segments of and by duplicate set's, which leaves always one segment being not a duplicate, giving the end of and by a set without terminating the overall sequence, consequentially the prime number.) Assume a downward vertical axis line sequence of and by any or each of the horizontal line integer sequence, but in this case, still sticking to the duplicate meaning and concept, as a division instead of and by such horizontal line integer sequence. With and within this instance, not just an all possible horizontal line integer sequence is available, but the vertical upward sequences and a truly unprecedented combinations of and by sequences that do not and do corrispond to whole integers at all, exist simultaneously. A very easy way and method always available in order to literally be it as an understanding not just understand it, is to find ones self in a group of people. At such an instance according to practicality make use of any small stones, which in almost all circumstances either that or a similarity in matching does easily exist on planet earth. Give according to practicality any duplicate matching number of stones or similarity in matching to each one in the group, than ask ..... Does everyone have ...x amount of stones.... Assume in groping step by step the people as one in regards to the consequential sum stone's possessed by and of each, or the stones in regards to the consequential sum people possessing. Here is the signature, and it seems to be missed almost always by and of all that is regarding...... At a horizontal sequential line of integers from and by zero to infinity zero, with a vertical upward axis as a time's sequential line of and by each integer with and within the horizontal sequential line....... all the numbers appear way before each and all which do on the horizontal sequential line, in fact the appearance is so quick, that upon picking any number from and of the horizontal sequential line, the vertical upward axis as time's sequential line of and by each integers on the horizontal line, already has, not just the number, but a whole segment which the number belongs with and within and this only visualized at not very large numbers, once extremely large numbers are visualized, then light with and within it's speed, upon reaching it, it is already there, in fact it is past there, in fact it cannot reach it. Way and method more complex, meaning it requires an impossible act, one which almost everyone believes in being involved with and within, being none other than thinking, occurs on the vertical downward axis, where the sequential line of and by each integer on the horizontal line is from and of division instead of a consecutive or times function. At such an instance one finds it hard to figure out which is which in regards to the zero or Infinity zero, from and by each integer, unless one believes one is constantly thinking, and I cannot argue with constant thinking, in fact I don't want to, in fact I find it rude and one of the fundamental mental structures, which in terms of humanity destruction will play it's crucial part, manifestable physically, and spiritually attested after, as a current unknown in a present, yet not to the after.
¿Atoms? Perhaps the molecules or the proteins? Needs a better grasp of the sciences. Youngsters 😉
No. Atoms is the right word: he means the irreducible minima, the smallest "bricks."
Atoms in the sense that prime numbers themselves cannot be factored further, and as such act as the fundamental building blocks of integers. Need a better grasp of arithmetic, Christophe
I find that listening and thinking about these types of problems has the same type of impact on my brain and emotions as a beautiful piece of music. I'm hopeful that when our brightest human minds in quantum computing start programming these types of problems into the next generation of computers, out will emerge the next level of beautiful patterns understandable by more and morepeople. And forward we continue marching. Great presentation. Thank you.
James Maynerd finds patterns, Maynard James finds patterns I guess its just all in the name
Yep
The tool singer?
@@sharpiemcsharp yes sir 🫡
Very interesting video!
Thank You James Maynard for your lecture.
First
Manifestly second, at minimum. Maynard beat you to it, dummy. Duh.
This man delivered a fascinating ÷Ïû×ÿ:ÿ]:ÿ]4ÿ½¿ó¯õÛ_ýÓÿ5
Why did he run away from analysis?
So maths is a domain, which has its own consistent language (with unprovably true statements) - in which you can express logic. The logic is abstract (compared to the physical world). I would take the view that logic must be more fundamental than our physical universe and laws because a logical process must have given rise to our physical universe - because if it wasn't logical, then it has no hope of ever being explained or understood. Given maths encompasses that physical abstraction layer that enabled the physical universe, it can describe all the physical laws but its also capable of describing all possible physicsl laws - in other words for all possible universes. One example is string theory. A great mathematical theory that describes some laws of physics - just maybe not for our particular universe.
The trouble with mathematics is that there are probably like 3 other people in the world who can peer review the work of these top mathematicians and actually understand what they are doing... lol
im glad mathematicians are finally standardizing and building repositories like programming does. up until recently it was chalk on a blackboard like in the 1700s. And I remember one time this guy was using phi to mean 3 different things all in the same formula.
2:38 I am applying for PhD programs in math later this year. RIP me.
I’m after retirement age with a Masters of Adult Education Degree. Could an AI career be attainable for me ?
The irony that the category of tools created to visually (GRAPHICALLY) display data relationships (especially terminology, taxonomy, ontology, etc.) was misbranded "graph databases" rather than "graphic databases" tells us much about the intellectual rigor of the data sciences in this broken kosmos... Thanks for the explainer.
선하게 쓰여야합니다.
Chess is NOT solved, sorry, please stay rigorous.
Thank you James. Very educational and to the point covering so much ground. As a kid growing up in UK with ZX81 and then the BBC Micro (where I really developed my programming skills learning BASIC) I had no idea of the Acorn connection to ARM. Brings a little smile to my face with that historical connection. You are spot on regarding RISCV if it succeeds at all , it will take a long time due to the solid developer community around ARM. One risk is translation layer between ARM and RISCV . Nivida's CUDA also gives it the same advantage over ROCm etc...
Exiting!
"empathising with the computer" ... that sounds so weired, and so profound at the same time, it will take me some time to digest this idea...
At 10:15 What Gowers suggest is precisely what is missing in many books and teaching. A definition is what "it does" and "does not" never what it is. Adding and removing constraints from a definition helps getting a proper grasp on it. Similarly ( dixit Polya) adding and removing from hypothesis or conclusion helps solving a problem/question/conjecture.
I was like what is Tom Cruise doing ?
He's iconic. His books were the first Data Science books I read and it helped me become a Data Scientist and later an ML Engineer
Such a noble job you guys are doing!
This was even before GPT 4.
Love Kevin. This is awesome
too much marketing
I'm some kind of fan of Martin Hairer.
They used women because men had jobs that were feeding/housing their families as the sole income earners. But hey, let's turn it into a misguided lecture on sexism - 2 minutes in.