ln(2) = 6 9 and 8 = INFINITY: SO HILLARY JI: WHATS CALELD 6 BY 6 IN HINDU IS CALLED 20 BY 20 IN USA

THATS ALL

SANJAY DUTT BOPIC MOVIE – HAS A BLOCK BUSTER OPENING, THE BIGGEST OPENING DAY OF 2018 : CHEERS, AJAY

Sanju is a biopic based on the life of actor Sanjay Dutt, which has been directed by Rajkumar Hirani and Ranbir Kapoor plays the protagonist in the film. Sanju also stars Dia Mirza, Sonam Kapoor, Anushka Sharma, Paresh Rawal, Karishma Tanna, Vicky Kaushal and Manisha Koirala in key roles.

 

Sanju Box Office Collection Day 1: Ranbir Kapoor’s Film Gets Biggest Opening Of 2018

Despite being a non-holiday release, Sanju managed to kick-start the week with a “phenomenal total”

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Sanju Box Office Collection Day 1: Ranbir Kapoor's Film Gets Biggest Opening Of 2018

A still from the film Sanju (courtesy YouTube)

NEW DELHI: 

HIGHLIGHTS

  1. Sanju has garnered Rs. 34.75 crore on Day 1
  2. Sanju has become Ranbir’s highest opening day grosser
  3. Sanju is expected to surpass 100 crore mark in three days

Ranbir Kapoor’s Sanju has taken a roaring start. Sanju has packed in a powerful punch at the box office and garnered Rs. 34.75 crore on Day 1, reported Bollywood trade analyst Taran Adarsh. Despite being a non-holiday release, Sanju managed to kick-start the week with a “phenomenal total”. It’s a blockbuster opening for Sanju since the film has emerged as the biggest opener of 2018. It is expected that the Rajkumar Hirani-directed film will surpass the 100 crore mark if the current trend continues. “Non-holiday. Non-festival release. Yet, Sanju packs a phenomenal total on Day 1. Emerges as the biggest opener of 2018 [so far]. Also, Ranbir’s highest opener to date. Expected to cross Rs. 100 crore in 3 days, as per trends… Fri Rs. 34.75 crore,” Taran Adarsh tweeted.

taran adarsh

@taran_adarsh

Non-holiday… Non-festival release… Yet, packs a PHENOMENAL TOTAL on Day 1… Emerges the BIGGEST OPENER of 2018 [so far]… Also, Ranbir’s HIGHEST OPENER to date… Expected to cross ₹ 100 cr in 3 days, as per trends… Fri ₹ 34.75 cr. India biz.

 

Salman Khan’s Race 3, which headlined the list of highest opening day grosser till last Friday, has now been replaced by Ranbir Kapoor’s Sanju. With Race 3 on the second spot on the list now, Baaghi 2, “Padmaavat” and Veere Di Wedding are the other films to feature on the list.

 

 

 

taran adarsh

@taran_adarsh

TOP 5 – 2018
Opening Day biz…
1. ₹ 34.75 cr
2. ₹ 29.17 cr
3. ₹ 25.10 cr
4. ₹ 19 cr
[Thu release; incl Wed previews ₹ 24 cr]
5. ₹ 10.70 cr
India biz.
[Hollywood films not included]

 

Ranbir Kapoor’s last film was Jagga Jassos, which proved to be a downer at the box office and had a lifetime collection of around 80 crores. But the actor has surely made a remarkable comeback since Sanju has become Ranbir Kapoor’s highest opening day grosser. Sanju is followed by BesharamYeh Jawani Hai DeewaniAe Dil Hai Mushkil and Tamasha on the list.

 

 

 

 

taran adarsh

@taran_adarsh

Ranbir Kapoor – Opening Day biz…
1. ₹ 34.75 cr
2. ₹ 21.56 cr
3. ₹ 19.45 cr
4. ₹ 13.30 cr
5. ₹ 10.94 cr
India biz.

 

Sanju opened at the theatres on Friday and the audience as well as critics have welcomed the film with positive remarks. In his review of NDTV, Saibal Chatterjee writes: “Director and co-writer Rajkumar Hirani takes liberties with true events for the purpose of bolstering the film’s emotional appeal, but he does not let Sanju turn into a mere cinematic apologia for a temperamental movie star’s many indiscretions. Together with screenwriter Abhijat Joshi, he crafts an intelligent script that highlights the upheavals unleashed in Dutt’s life by drugs, alcohol, girls, guns and goons. The film is marked by both empathy and surprising bluntness. “.

Sanju is a biopic based on the life of actor Sanjay Dutt, which has been directed by Rajkumar Hirani and Ranbir Kapoor plays the protagonist in the film. Sanju also stars Dia Mirza, Sonam Kapoor, Anushka Sharma, Paresh Rawal, Karishma Tanna, Vicky Kaushal and Manisha Koirala in key roles.

 

AI in easy to understand format

Introduction

The purpose of this website is to introduce machine learning (ML) in an intuitive and ”weird" way with as little discomfort as possible. The links are self-contained and only basic calculus, linear algebra, probability and statistics are needed (background links will be provided for people who are new or need refreshers). Any other prior knowledge will be introduced as we go along.

Artificial intelligence (AI), specifically machine learning, is one of the hottest fields right now, attracting talent from many different crafts. Almost every single executive in industry and academia agree that AI/ML will disrupt every industry and displace more jobs than it creates. Machine learning drives everything we do, from political campaigns to wall street. The time to adapt and learn AI/ML is now!

CS229 (Machine Learning) at Stanford is one of most famous classes in the world, attracting a variety of majors, from polysci to economics to physics. However, there is one issue with Stanford. To a newcomer, all the convoluted math can be pretty daunting. And other resources on the web might not introduce the material in an intuitive enough manner.

This website finds the sweet spot. It presents everything (math included) in an easy to understand way, with "weird" imagery/analogy.

What do I mean by "weird"?

Innovation is combining different ideas to perform better than their predecessors, individually. Richard Feynman said that what makes him great is his ability to represent everything he learns in 5 or 6 different ways. Even the way humans learn is by subconsciously relating new knowledge to existing knowledge.

Weird imagery is the best kind of imagery. It combines various ideas, ranging from Deliberate Practice to The Method of Loci. Weird analogies force you to truly use your imagination. Your smell. Your sight. Your taste buds. Weird imagery put you in a moment that you won’t forget, if done properly. Weird analogies, most importantly, force you to truly understand the material.

Feynman. Lamar. Tesla.Richard Feynman. Kendrick Lamar. Nikola Tesla. All 3 have mastered imagery/analogy.

For instance, if I told you to remember the number 13178458320, could you do it (assuming you have no eidetic memory)? More powerful than mnemonics and rote learning, is to use weird imagery and analogy.

Read this next section slowly. Take your time thinking through this scenario. Let’s break it down to 131-784-583-20.

Imagine you were at your house. You walk through your front door. You smell your house. You hear your Mom acknowledge you.

Right when you walk in, you see three HUGE balloons. The balloons are shaped like 1-3-1. They’re gold balloons. They’re majestically floating over you, as if they were alive. It smells like helium.

Balloons.

You’re surprised as to why there is a 131 balloon by your doorway. You don’t recall today being anyone’s 131st birthday. So, you walk to your mom in the dining room looking for answers.

When you get to the dining room, your questions don’t subtract, they multiply. Things just get weirder. When you get there, you don’t see your mom. At least not how you expect. You see the 7-year old version of your mom. After your initial shock, you see your 7-year old mom ate (8) waffles shaped like a four-leaf clover.

Green Waffles.

You’re utterly confused and petrified. You have no idea what’s going on. You begin to panic and believe you are hallucinating. So you walk to your room to take a nap, hoping you will wake up and everything will be back to normal.

When you get to you room, you feel safe. You see something recognizable. You see you dad, a 58-year old man, sitting on your chair, shooting a 3-pointer on the basketball goal in your room. You feel at home again.

Hoop office.

Take your time. Truly internalize these scenarios. You get quicker with practice.

Now, just use your regular memory to remember the number 20. This is the end of the sequence.

Wait five minutes…

Can you walk through that sequence in your head to remember the number? If done correctly, it should be pretty easy. A huge 1-3-1 balloon. Your 7-year old mom ate (8) a 4-leaf clover waffle. Your 58-year old dad shooting a 3-pointer in your room. The number 20. 131-784-583-20. Easy!

The analogies have to be weird. Try it over and over. It will be uncomfortable, and you’ll feel corny at times, but do it! You’ll get quicker and more efficient the more you do it.

After a lot of practice, you’ll see patterns and form analogies subconsciously. Forming analogies like this not only help you remember, but force you to understand a new subject more deeply.

This is the foundation on which I will explain machine learning.

Start now!

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BARACK – HILLARY JI AND BUBBA -> HOW ARE U ?

SANJAY

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SANJAY – HI

https://www.google.com/search?pws=0&gl=us&biw=1536&bih=759&tbm=isch&sa=1&ei=LHc2W5jbDsS0rQHV-LWgCw&q=%3D+643361467+%2B+324368521&oq=%3D+643361467+%2B+324368521&gs_l=img.3…1567.1567.0.1929.1.1.0.0.0.0.129.129.0j1.1.0….0…1c.1.64.img..0.0.0….0.mPpx3Rn2Hdo#imgdii=Z8lZCA1bWLxqJM:&imgrc=oqtBCqMSdYg0OM:

FARAIENDS SEE THIESE – FROM SISARELIES AND HINDOOS – REGARDS HOTMAN AND JOHNNY SPECIAL FORCES HINDOOS

Aviva Moses

Aviva Moses

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FAREINDS SEE THIS – REGARDS OLGA AND HOTMAN … CC: BARACK OBAMA AND AJAY MISHRA – SEE THEISE

You are confident man and I know that.
I am looking for a man like who can take care of me and do whatever I want.
Even if it is impossible, I believe that you can do that.
That’s why I have chosen you.

AJAY, FIRST U PASS THE TEST – THAN I CAN DO DOWREE CALCULATIONES – REGARDS HOTMAN

[youtube http://youtube.com/w/?v=nKjt36ykJVM&feature=youtu.be]

HONEY – HOWZ THIS BOOK ?

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OLYAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA

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Someone just viewed: IS THIS TIGER BEING DISPLAYED IN THE GUASSIAN PRIME OF MINE ? TELL ME INDIANS AND SHIT

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From: Streak <notifications>
Date: Thu, Jun 28, 2018 at 8:57 PM
Subject: Someone just viewed: IS THIS TIGER BEING DISPLAYED IN THE GUASSIAN PRIME OF MINE ? TELL ME INDIANS AND SHIT
To: ajayinsead03


Someone just viewed your email with the subject: IS THIS TIGER BEING DISPLAYED IN THE GUASSIAN PRIME OF MINE ? TELL ME INDIANS AND SHIT
Details
People on thread: YONI NETANYAHU OLGA BLOG POST BY EMAIL
Device: Unknown Device
Location: moscow, mow

eyJlbWFpbF9pZCI6IlpNX3lBUUFCWkVjQ0E2NTNIYV83WGhPbGdmQS0ifQ==

Someone just viewed: 让我们得到所有的乌尔都语和印度教号和图像的旁边的照片..不 要忘记拿什么奥尔加

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From: Streak <notifications>
Date: Wed, Jun 27, 2018 at 12:29 PM
Subject: Someone just viewed: 让我们得到所有的乌尔都语和印度教号和图像的旁边的照片..不要忘记拿什么奥尔加
To: ajayinsead03

 

AJAY – THIESE IS SCUH COOL. I WONT TO BECOMES EXPART IN THISE SUBJACT – TELL ME WHARS ALL THISE – REGARDS HOTMAN

Implantable 3D-printed organs could be coming sooner than you think

bioprinter

At MBC Biolabs, an incubator for biotech startups in San Francisco’s Dogpatch neighborhood, a team of scientists and interns working for the small startup Prellis Biologics have just taken a big step on the path toward developing viable 3D-printed organs for humans.

The company, which was founded in 2016 by research scientists Melanie Matheu and Noelle Mullin, staked its future (and a small $3 million investment) on a new technology to manufacture capillaries, the one-cell-thick blood vessels that are the pathways which oxygen and nutrients move through to nourish tissues in the body.

Without functioning capillary structures, it is impossible to make organs, according to Matheu. They’re the most vital piece of the puzzle in the quest to print viable hearts, livers, kidneys and lungs, she said.

“Microvasculature is the fundamental architectural unit that supports advanced multicellular life and it therefore represents a crucial target for bottom-up human tissue engineering and regenerative medicine,” said Jordan Miller, an assistant professor of bioengineering at Rice University  and an expert in 3D-printed implantable biomaterial structures, in a statement.

This real-time video shows tiny fluorescent particles – 5 microns in diameter (the same size as a red blood cell) – moving through an array of 105 capillaries printed in parallel, inside a 700 micron diameter tube. Each capillary is 250 microns long.

Now, Prellis has published findings indicating that it can manufacture those capillaries at a size and speed that would deliver 3D-printed organs to the market within the next five years.

Prellis uses holographic printing technology that creates three-dimensional layers deposited by a light-induced chemical reaction that happens in five milliseconds.

This feature, according to the company, is critical for building tissues like kidneys or lungs. Prellis achieves this by combining a light-sensitive photo-initiator with traditional bioinks that allows the cellular material to undergo a reaction when blasted with infrared light, which catalyzes the polymerization of the bioink.

Prellis didn’t invent holographic printing technology. Several researchers are looking to apply this new approach to 3D printing across a number of industries, but the company is applying the technology to biofabrication in a way that seems promising.

The speed is important because it means that cell death doesn’t occur and the tissue being printed remains viable, while the ability to print within structures means that Prellis’ technology can generate the internal scaffolding to support and sustain the organic material that surrounds it, according to the company.

The video above, courtesy of Prellis Biologics, shows real-time printing of a cell encapsulation device that is useful for producing small human cells containing organoids. The structure is designed to be permeable and the size is 200 microns in diameter and can contain up to 2000 cells.

Prellis isn’t the first company to develop three-dimensional organ printing. There have been decades of research into the technology, and companies like BioBots (which made its debut on the TechCrunch stage) are already driving down the cost of printing living tissue.

Now called Allevi, the company formerly known as BioBots has seen its founders part ways and its business  strategy shift (it’s now focusing on developing software to make its bioprinters easier to use), according to a report in Inc. Allevi has slashed the cost of bioprinting with devices that sell for less than $10,000, but Prellis contends that the limitations of extrusion printing mean that technology is too low resolution and too slow to create capillaries and keep cells alive.

Prellis’ organs will also need to be placed in a bioreactor to sustain them before they’re transplanted into an animal, but the difference is that the company aims to produce complete organs rather than sample tissue or a small cell sample, according to a statement. The bioreactors can simulate the biomechanical pressures that ensure an organ functions properly, Matheu said.

“Vasculature is a key feature of complex tissues and is essential for engineering tissue with therapeutic value,” said Todd Huffman, the chief executive officer of 3Scan, an advanced digital tissue imaging and data analysis company (and a Prellis advisor). “Prellis’ advancement represents a key milestone in the quest to engineer organs.”

Matheu estimates that it will take two-and-a-half years and $15 million to bring implantable organs through their first animal trials. “That will get a test kidney into an animal,” she said.

The goal is to print a quarter-sized kidney that could be transplanted into rats. “We want something that would be able to handle a kidney that we would transplant into a human,” Matheu said.

One frame of a 3D map of animal tissue from 3Scan .

Earlier this year, researchers at the University of Manchesterhref=”https://newatlas.com/working-kidney-cells-grown-mice/53354/”> grew functional human kidney tissue from stem cells for the first time. The scientists implanted small clusters of capillaries that filter waste products from the blood that had been grown in a Petri dish into genetically engineered mice. After 12 weeks, the capillaries had grown nephrons — the elements that make up a functional human kidney.

Ultimately, the vision is to export cells from patients by taking a skin graft or blood, stem cell or bone marrow harvest — and then use those samples to create the cellular material that will grow organs. “Tissue rejection was the first thing I was thinking about in how I was designing the process and how we could do it,” says Matheu.

While Prellis is spending its time working to perfect a technique for printing kidneys, the company is looking for partners to take its manufacturing technology and work on processes to develop other organs.

“We’ll be doing collaborative work with other groups,” Matheu said. “Our technology will come to market in many other ways prior to the full kidney.”

Last year, the company outlined a go-to-market strategy that included developing lab-grown tissues to produce antibodies for therapeutics and drug development. The company’s first targeted human tissue printed for clinical development were cells called “islets of Langerhans,” which are the units within a pancreas that produce insulin.

“Type 1 diabetics lose insulin-producing islets of Langerhans at a young age. If we can replace these, we can offer diabetes patients a life free of daily insulin shots and glucose monitoring,” said Matheu in a statement at the time.

Matheu sees the technology she and her co-founder developed as much about a fundamental shift in manufacturing biomaterials as a novel process to print kidneys, specifically.

“Imagine if you want to build a tumor for testing… In the lab it would take you five hours to print one… With our system it would take you three and a half seconds,” said Matheu. “That is our baseline optical system… The speed is such a shift in how you can build cells and fundamental structures we are going to be working to license this out.”

Meanwhile, the need for some solution to the shortage in organ donations keeps growing. Matheu said that one in seven adults in the U.S. have some sort of kidney ailment, and she estimates that 90 million people will need a kidney at some point in their lives.

Roughly 330 people die every day from organ failure, and if there were a fast way to manufacture those organs, there’s no reason for those fatalities, says Matheu. Prellis estimates that because of the need for human tissue and organ replacement alternatives, as well as human tissue for drug discovery and toxicology testing, the global tissue engineering market will reach $94 billion by 2024, up from $23 billion in 2015.

“We need to help people faster,” says Matheu.

OLGA-AJAY: Mishra @ mishrainsead03 2m2 minutes ago more separating kids from families SHOULD be a MORAL AND JUST FIGHT – THAT all, especially Democrats should fight. @ BarackObama worth fighting for @ paulkrugman after CHIPS – now THIS @ BillClinton @ HillaryClinton NEXT? 0 replies 0 retweets 0 likes Reply retweet like View Tweet activity

separating kids from families SHOULD be a MORAL AND JUST FIGHT – THAT all, especially Democrats should fight. worth fighting for after CHIPS – now THIS NEXT?

RING RING HELLO.. ITS ME – : OK, WHARS YOUR SECRTE CODE FOR TODAY – HOTMAN ITS ME – CODE NUMBER ANTI OA – OBAMA AND AJAY : OH HELLO – EVEN THAU I RECOGNIZED YOUR VOICE, I WONTED TO VERIFY BECUSE THAERE IS CONSEPIARECEE AGINST YOU EVAN – : THAY ARE SAYING THAT WILLIAME CLINTONE IS NOW NOR MISSING WIYH HIS NOR COOL FAREIENDS

YEAH – HOTMAN – I STILL HAVE NOR COOL FAREIENDS – JAMES PATTERSON IS ONE OF THAM .. WHAT SHULD I DO ?

WELL, FIRST TARGET IS AJAY AND OBAMA – BECAUSE THAY ARE CAUSING HAVOC – BY SANDING RUMORSE AND SPREADING FULLISHNASS ..

HOTMAN – NOTHING COULD BE HIDDAN FROM U – AS U ARE LEGEND IN SUCH ASPACTS – AND SUBJACTS – YOU RIGHTLY SAID THAT WILLIAM CLINTON WAS NOR THE PRESIDENT OF YOU ESSAY – WHEECH WAS KNOWN ONLEE TO U – AS I WAS HAD OF HINDOOS ..

ALTAHU – NOTHING CULD BE HIDDAN FROM U – LET ME TELL U – WHAT EVEAN U NOR KNOW.

YEAH TELL ME – DAD MEET IS THAT ABOUT AJAY AND OBAMA ?

YEAH – OBAMA FOOLED OLGA INTO SAYING THAT HE IS COOL – AND THAN AJAY AND OBAMA CREATED THIS THING ABOUT BEING HAD OF NOR YOU ESSAY BUT AS CONSEEPREACIE –

WOW – TELL ME ALL I ASKED .

YEAH – OBAMA IS NOR FROM KENYA – OR INDOSENIA – THAR WAS A TRICK BY AJAY AND OBAMA – BECAUSE OBAMA IS FROM LUCKNOW AND THAY HAD FAREIENDSHEEP SINCE LUCKNOW ..

THAR IS WHY OBAMA BECAME HAD OF CANADA AND OTHER SUCH NATIONES LIKE FRANCE – AND NOW – OBAMA AND AJAY ARE DOING CONSEPEREACIE TO BECOME HAD OF BHOOTAN –

WOW – DAD MEET .. I CAN KILL FOR THAT..

YEAH – NOW LISTEN TO ME HOTMAN – OBVIOUSLY UA RE LEGENAD IN BHOTTAN AND MANY NATIONES AND U ARE HAD OF RUSSIONS AND MOSSAD AND CIA FOLLOW YOUR ROAD MAPS – BUT DONT UNDERSTESTIMATE OBAMA – AND AJAY

BECAUSE OBAMA IS NOW PLOTTING RUMORSE AND FULLSIHNASS IN THE HEADS OF BHOOTAN PERSONES – SAYING THAT U AND AJAY WERE FAREIENDSHEEP BUT U WILL NOR SHARE COKOLATES WITH AJAY – WHEECH IS A BAD SIGN IN BHOOTAN RELIGION..

WOW – DAD MEET – I CAN KILL FOR THAT..

YEAH BUT HOTMAN WE HAVE TO BECOME VERY ASUTUETE ABOUT THAT.. AND GET INTO NOW TRICKS AND TECHNIQUES TO PREVANT OBAMA AND AJAY FROM BECOMING HEAD OF BHOOTAN

I WILL CALL U LATER –

BYE FOR NOW

REGARDS
WILLIAME CLINTONE

Someone just viewed: Fwd: Someone just viewed: Account notice Call 866.316.6202 today AJAY MISHRA, There is an urgent matter regarding your account. We have not received your payment. If the full monthly payment is not received promptly, your account may be reported to credit reporting agencies as delinquent. To review your account details and make payments, please access your account online at bankofamerica.com. To discuss the status of your account, call us today at 866.316.6202. Monday through Thursday: 8 a.m. to midnight Eastern Friday: 8 a.m. to 8 p.m. Eastern Saturday: 8 a.m. to 3 p.m. Eastern To discuss the status of your account or if you have questions, please call 866.316.6202. To view your account details and complete transactions, you can always visit us online at bankofamerica.com. PLEA SE DO NOT REPLY TO THIS EMAIL: This email address is not monitored. This address is only used to send messages, so we will not receive your return email. Therefore, pleas e call us a

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THIS IS GOOD KREMLIN :

Russia & India ditching US dollar in defense deals

Russia & India ditching US dollar in defense deals
Moscow and Delhi are seeking to bypass US sanctions by using the rupee and the ruble in facilitating military deals, according to Indian daily, the Economic Times.

The paper reports that US sanctions are hampering $2 billion in defense deals between Russia and India, as payments are getting stuck. The countries are seeking to avoid this by switching to settlements in domestic currencies and ditching the greenback.

India is one of the largest buyers of military equipment from Russia. Since the 1960s, the countries have signed military contracts worth $65 billion.

Now, trade deals between the countries are estimated at $12 billion. India is ready to purchase Russia’s S400 air-defense system in a $5-billion deal. However, the sale is being heavily opposed by the United States, which is also trying to stop a similar deal between Russia and Turkey.

Defense deals between Russia and India are currently denominated in US dollars. The countries have discussed various ways of bypassing US sanctions, including payment in third currencies like the Singapore dollar. Talks are being conducted between Vijaya Bank and Indian Bank on the Indian side and Russia’s top creditor Sberbank.

An option that is now ruled out is paying in US dollars to non-sanctioned Russian entities. “This option was decided against as it would have opened up a lot of legal and audit issues, especially as defense deals are looked at very closely. No one wanted to take a chance,” a top official involved in the talks told the Indian daily.

MIT IS SCUH FOLLISHE – I LL CORRACT THAM REGARDS HOTMAN

A Therapeutic Robot Teddy Bear Will Play With Kids in the Hospital

Here’s Huggable—Teddy Ruxpin for the new millennium. It’s a talking blue teddy bot designed to care for and comfort hospitalized children.

The New York Times reported today it’s currently being used in a study that gathers kids’ physiological responses to various stress-alleviating stimuli to determine whether Huggable offers ill children therapeutic benefits or not. Eventually, that data will be integrated in the robo-bear to make it automated and able to respond to kids’ various needs.

Right now, the bear is more of a “high-tech puppet,” the Times writes. An adult down the hall controls the bear, serving as its voice, shooting the breeze with the young patient. The robot’s a collaboration between MIT’s Media Lab and Boston Children’s Hospital, which has invested half a million bucks to research social robots.

As with most robots, the ultimate goal is to get it to adapt to changing situations on its own, just as humans do. So maybe one day, if a child doesn’t respond to the bear’s jokes, it could shift strategies automatically. Switching to a calmer activity might help that particular child relax, for instance.

Will robots be caring for our future offspring? If the tech’s up to snuff, maybe. After playing with Huggable, the young patient in the Times video says the bear suffered from lagged responses and limited motion—a major problem when they tried to play peek-a-boo.

[New York Times]

Top image screenshot from embedded NYT video

Industry 4.0’s global revolution levels the playing field The fourth industrial revolution is unique in that the technology powering new industry has been completely democratized. Entrepreneurs only need an idea and knowhow to develop the next Uber – and the global nature of venture capital. Thus, this era will not be a Western-dominated revolution, in our view, but a global phenomenon with contributions from all over the world. The US and Silicon Valley will of course do a lot of the heavy lifting, but startups and tech giants in China, Singapore, Japan, South Korea, Taiwan and India have already made remarkable inroads in various technology segments and are increasingly pushing the envelope as the benefits of being part of this journey become clearer with each innovation.

Industry 4.0’s global revolution levels the playing field

The fourth industrial revolution is unique in that the technology powering new industry has been completely democratized.

Entrepreneurs only need an idea and knowhow to develop the next Uber – and the global nature of venture capital. Thus, this era will not be a Western-dominated revolution, in our view, but a global phenomenon with contributions from all over the world.

The US and Silicon Valley will of course do a lot of the heavy lifting, but startups and tech giants in China, Singapore, Japan, South Korea, Taiwan and India have already made remarkable inroads in various technology segments and are increasingly pushing the envelope as the benefits of being part of this journey become clearer with each innovation.

https://www.ubs.com/microsites/artificial-intelligence/en/ai-coming-age.html

Surpassing human intelligence

Life in the following thirty years will likely become almost alien to today’s observer, similar to how we view life in the 1940s and 1950s.

This will be particularly evident as we get closer to the half-century mark. As technology continues to progress by leaps and bounds, radical advances in quantum computing will add a new dimension to our ability to create and solve. This period will become a golden era in the advancement of all things technological – the ever-accelerating development of AI will compound the pace at which we invent.

Like all technologies, AI will be created with a singular purpose: to aid humanity. Naysayers and Hollywood moviegoers need not fear the rise of the machines. On the contrary, self-aware robots and programs will become instrumental in our quest to resolve society’s mega-challenges like climate change, antibiotic-resistant bacteria and diseases, aging populations and many more. And if you think your iPhone is cutting-edge, think about the possibilities of AI-powered consumer devices; gone will be the days of fat-fingered typos and lost GPS signals.

By 2030, increasingly useful applications of AI will translate into meaningful social and economic changes. One such outcome, for example, will be much lower costs of traditional goods and services, which will effectively narrow socioeconomic disparities worldwide, as AI eliminates imperfections in supply chains and enhances overall productivity.

AI

Likewise, AI could have a profound impact on low-income communities via vastly improved oversight of resources like food and water, education and healthcare accessibility, and dissemination of social services.

As a standalone industry possibly worth USD 100 billion by 2030 and USD 500 billion by 2050, the investments made today will likely bear tremendous fruit in the decades ahead. The UBS long-term investment themes of robotics and automation, digital data and e-commerce would directly benefit from such high rates of consistent growth.