Kadaram Kondan movie review and ratings Live updates

first_imgVikram in Kadaram Kondan.PR HandoutRajesh M Selva desired to make Kadaram Kondan with Kamal Haasan, but the Ulaganayagan, in spite of being impressed with the script, could not take up the project due to his busy schedule. His liking towards the story became evident after the actor came forward to produce the flick, while roping in Vikram to play the lead role.Kadaram Kondan is an action thriller, which has Kamal’s daughter Akshara Haasan playing an important role. Abi Hassan, Lena, Vikas, Jasmine, Cherry and a host of actors are part of the supporting cast. The film has Ghibran’s music, Srinivas R Gutha’s cinematography and Praveen KL’s editing.Story: Chiyaan Vikram enacts the character named KK, who is on the run in Malaysia. He will be seen as a dangerous man with a murky past. There are complications in his appearance which makes him menacing and unpredictable person. Abhi and Akshara appear as husband and wife in Kadaram Kondan. How their lives and interlinked is the interesting part of the story.Analysis and Reviews:Kadaram Kondan is fast-paced action thriller which impresses the viewers with top notch technicalites. The brilliant action sequences are well-backed by pulsating background score. Vikram looks as stylish as ever in the crisp thriller in which Chiyaan has minimal dialogues. Akshara makes a good debut and Abi Haasan is equally impressive. On the flip side, there are lags in the screeplay here and there. Check out the viewers’ response to the film below:Kaushik LM: #KadaramKondan -Has a Thoongavanam vibe, with the Malaysian milieu setting it apart. Macho #ChiyaanVikram doesn’t have any romantic side to his character, and means ‘action’ all through with a hugely deep bass voice dubbing. He just eases through, sharing space with many actors #KadaramKondan 2nd half – High on stunts – bike chase, car chase, hand to hand combats etc. The ending is decent, with an emotional touch.. Overall, a lightweight action flick with a crisp runtime of 2 hrs. @GhibranOfficial’s work Competent debut for @AbiHassan_#KadaramKondan 1st half – So far, #ChiyaanVikram is akin to a caged, wounded tiger waiting to pounce.. Needless to add, he looks grt on screen with yet another new style trend to impress us. He is brooding and serious throughout – an easy cakewalk for the ‘actor’ in him.. #KadaramKondan 1st half – Takes all its time to set up the core characters. The mysterious KK & a young married couple drive the plot. ‘Thaarame Thaarame’ is a nice melody, sung by @sidsriram .. Debutant @AbiHassan_ ‘s screen presence is pleasing. Hoping for an action packed 2nd! #KadaramKondan 1st half – So far, #ChiyaanVikram is akin to a caged, wounded tiger waiting to pounce.. Needless to add, he looks grt on screen with yet another new style trend to impress us. He is brooding and serious throughout – an easy cakewalk for the ‘actor’ in him..Sathish Kumar M: #KadaramKondan Excellent Debut got @AbiHassan_ He comes throughout the movie and has done complete justice to the role. Didn’t feel that it was his debut film. Proud moment for #Nasser @nasser_kameela #KadaramKondan Director has tried to give ‘A’ Class Action Thriller. Cinematography & BGM by @GhibranOfficial adds more value to the film. Slow paced screenplay. #ChiyanVikram Looks Vera Level. His action scenes in the second half has come out well. Good debut for @AbiHassan_Review Ram: The stunt sequences in #KadaramKondan are well shot, but surely not well choreographed. They are in fact tedious. Action is nothing but chases here in different forms like bike, car, walking and running. Doesn’t build any tension while watching…ZaZuOke: #KadaramKondan I thoroughly enjoyed that and with that being said as a non-tamil as an African Canadian #ChiyaanVikram is hands that with that performance the best Tamil industry has to offer such talent .. blown away just wow… Thank you so muchSidhu: #KadaramKondan: Crisp and progressive thriller that qualifies as a fair watch. #ChiyaanVikram is in his element and handles the film well along with @AbiHassan_ who is equally impressive. Some good action upholds the second half!Dumeel Dravidian: #KadaramKondan 1st half is like roller coaster ride.. Stunts & bgm were amazing.. Chiyan is the pulsating.. If 2nd half carries the moment like this.. Then it will be massive comeback for Vikram..@RajeshMSelva nails in direction department @GhibranOfficial oh man u r a rockstar #KadaramKondan #KadaramKondan Theatre erupted for this scene.. Stunts & visuals on par with Hollywood standards.. Much awaited moment for chiyaan fans.. It will biggest blockbuster of this year next to #Viswasam & #Kanchana3 #KadaramKondan Done with the 2nd half.. Without thinking just book the tickets buddies. Perfect entertainer from chiyan this time.. Pre climax twist will stun you like hell.. WINNER.. 4/5sridevi sreedhar: #KadaramKondan : interval report : Fast paved & Slick …u cannot take ur eyes off #ChiyaanVikram who has least dialogues, looks Superstylish and riveting new boy #Abhi is apt .. So happy for @AbiHassan_ one of the most promising debutant in recent time. He has done a fabulous job You have all the reasons to smile and be proud @nasser_kameela and #Naseer sir #KadaramKondanRamesh Bala: #KadaramKondan [3.25/5] : A racy action thriller.. Jus 2 hrs flat.. #ChiyaanVikram ‘s stylish action sequences are the major highlights.. @AbiHassan_makes a fine debut.. @aksharahaasan1 @GhibranOfficial’s BGM Dir @RajeshMSelva has made a neat action entertainer.. #KadaramKondan 1st Half: Racy.. Riveting.. #ChiyaanVikram subtle Mass.. The story happens in a day.. Nicely setup for an explosive 2nd half.. @GhibranOfficial BGM Thaaru Maaru.. Going good so far..Kaazhingan: #KadaramKondan 1st half is like roller coaster ride.. Stunts & bgm were amazing.. Chiyan is the pulsating.. If 2nd half carries the moment like this.. Then it will be massive comeback for Vikram.. @RajeshMSelva nails in direction departmentKrishna Krish: #KadaramKondan 1st Half: Racy.. Riveting.. #ChiyaanVikram subtle Mass.. The story happens in a day.. Nicely setup for an explosive 2nd half.. @GhibranOfficial BGM Thaaru Maaru..Going good so far..DJ: #KadaramKondan what an movie unimaginable performance by chiyaan Anna ,stunt sequence Vera level Especially opening entry Vera level ,Pukka mass really enjoyed the movie , waiting for 2nd timePrashanth Rangaswamy: #KadaramKondan Interval – Slow paced screenplay , Ok va poguthu so far. Stunts – Just exceptional. Easily the career best performance for @aksharahaasan1 so far. And Mr. Chiyaan – Truly hollywood standards. Second half fightellam mass panni irukaapdi. Classy is the word ! #KadaramKondanHisham: #KadaramKondan – So well made action thriller which will engage you through out. Super good looking Chiyaan supported by some good supporting actors. Perfect casting, good direction and brilliant music score. Easily the best Chiyaan movie after ages. Sure shot HIT. Go watch..!!last_img read more

Stranger Things Star Noah Schnapp Joins Neil Gaiman VR Adaptation Wolves in

first_img Popular on Variety Noah Schnapp of “Stranger Things” fame has joined the voice cast of “Wolves in the Walls,” an animated VR series based on Neil Gaiman’s children’s book by the same title. Schnapp will be voicing the brother of Lucy, the main character of “Wolves,” in the second chapter of the series, which is scheduled to premiere in April. “We believe that Noah Schnapp brings a special quality to the brother role,” said “Wolves” director Pete Billington. “As soon as he read his first line, we were smitten. We love him in ‘Stranger Things’ and can’t wait for audiences to hear his performance in ‘Wolves in the Walls.’” Fable, the immersive entertainment company behind “Wolves in the Walls,” shared the casting news exclusively with Variety ahead of Sundance. The company is also using the film festival to announce a new focus on what it calls virtual beings — characters that are powered by artificial intelligence and can respond to and interact with their audience. CREDIT: Courtesy of Fable ×Actors Reveal Their Favorite Disney PrincessesSeveral actors, like Daisy Ridley, Awkwafina, Jeff Goldblum and Gina Rodriguez, reveal their favorite Disney princesses. Rapunzel, Mulan, Ariel,Tiana, Sleeping Beauty and Jasmine all got some love from the Disney stars.More VideosVolume 0%Press shift question mark to access a list of keyboard shortcutsKeyboard Shortcutsplay/pauseincrease volumedecrease volumeseek forwardsseek backwardstoggle captionstoggle fullscreenmute/unmuteseek to %SPACE↑↓→←cfm0-9Next UpJennifer Lopez Shares How She Became a Mogul04:350.5x1x1.25×1.5x2xLive00:0002:1502:15center_img Fable plans to premiere “Whispers in the Night” this coming summer, when the company is also going to hold a virtual beings conference in San Francisco. But even with that new focus on virtual beings, Fable plans to continue to work on “Wolves in the Walls,” which the company wants to release to consumers once it has finished all 3 parts, likely in 2020.This week, Saatchi, Billington and Shamash argued that virtual beings powered by artificial intelligence can ultimately make such VR stories more meaningful, even if they may exist on multiple screens. Most consumers would not watch VR movies for longer than a couple of minutes, said Saatchi.However, smart displays and phones might provide an opportunity to interact with virtual characters far more often, and for longer periods of time — which could ultimately lead to characters inviting viewers to join them in VR again. “I don’t think it cannibalizes VR at all,” he said.And some of that artificial intelligence-based interactivity may even find its way back into “Wolves in the Walls,” suggested Shamash: “‘Wolves’ will be this living, breathing thing.” CREDIT: Courtesy of Fable “We are changing the make-up of our team radically to add machine learning folks,” said Fable co-founder and executive producer Edward Saatchi.Fable’s first foray into this new area of interactive story-telling with virtual beings is called “Whispers in the Night,” which is a kind of spin-off of “Wolves in the Walls.” In the piece, viewers get to interact with Lucy, the main character of “Wolves in the Walls,” and even have conversations with her. “‘Whispers is a natural language processing project where you can talk to a character,” said Saatchi.Much like “Wolves in the Walls,” “Whispers in the Night” is also a VR experience, but Saatchi said that the company was working on quickly bringing the character to other mediums as well, including smart displays like Facebook’s Portal and Amazon’s Echo Show.Fable wants to tie those different types of screens together by making Lucy a character that is not only able to respond to her audience, but actually remember things. “With ‘Whispers,’ we are exploring this idea of memory,” said the piece’s creative director Jessica Shamash. “She doesn’t reset and forget everything,” added Billington. And by remembering things that people tell her, Lucy is going to personalize the experience for each and every viewer.last_img read more

Inside story Chemical reactivity on the inner surface of singlewalled carbon nanotubes

first_imgSingle-Walled Carbon Nanotube (SWNT). Source: Christian Thielemann More information: Reactions of the inner surface of carbon nanotubes and nanoprotrusion processes imaged at the atomic scale, Nature Chemistry (2011), doi:10.1038/nchem.1115, Published online 14 August 2011Related: Self-assembly of a sulfur-terminated graphene nanoribbon within a single-walled carbon nanotube, Nature Materials 10, 687–692 (2011), doi:10.1038/nmat3082 , Published online 07 August 2011 Carbon nanotube structures changed by ‘attack’ from within, researchers discover (PhysOrg.com) — Historically, the interior surface of single-walled carbon nanotubes (SWNTs) has not been considered to be chemically reactive. Recently, however, researchers at the University of Nottingham School of Chemistry in the UK and the Ulm University Transmission Electron Microscopy Group in Germany demonstrated sidewall (inner surface) chemical reactions when they inserted catalytically active atoms of rhenium metal (Re) into these atomically thin cylinders of carbon. These reactions formed nanometer-sized hollow protrusions in three distinct phases (sidewall deformation and rupture, open nanoprotrusion formation, and stable closed nanoprotrusion) which the researchers imaged at the atomic level – in real time at room temperature – using Aberration-Corrected High-Resolution Transmission Electron Microscopy (AC-HRTEM). Explore further Prof. Andrei N. Khlobystov conceived of the initial idea, proposed the general mechanism and wrote the original manuscript; Thomas W. Chamberlain designed the experiments, synthesized the materials and analyzed the microscopy data; Ute Kaiser contributed to the development of the experimental methodology and discussion of the results; Elena Bichoutskaia, Nicholas A. Besley and Adriano Santana performed the theoretical modeling and explained the details of the reaction mechanisms; and Johannes Biskupek analyzed the images, carried out TEM image simulations, and – with Jannik C. Meyer and Jens Leschner – recorded the AC-HRTEM images and contributed to the initial explanation of the observations.The main experimental challenge the team faced was to devise a method for delivering single atoms of catalytically active metal into very narrow carbon nanotubes with a diameter of 1.5 nm – about 80,000 times smaller than the thickness of human hair. “The presence of such metal atoms within the nanotube is important not just for investigating the chemical reactivity of the inner sidewall, but also for creating new nanostructures from the nanotube,” notes Khlobystov. The second major challenge, he adds, “was to study the delicate molecules, reactive atoms and their chemical transformation inside nanotubes in real-time at the atomic level.” To address these challenges, the team exploited the remarkable affinity of carbon nanotube with fullerenes – carbon nanostructures, which look like nanometer-sized cages and can be considered as structurally related to nanotubes. “The fullerenes are known to be attracted strongly into the nanotube cavity by van der Waals forces. We tagged each fullerene with a single atom of rhenium metal, so that each molecule brings a catalytically active metal atom into the nanotube,” Khlobystov explains. “It appears that such modified fullerenes are excellent vehicles for delivery of metal atoms into nanotubes, as they enter in nanotube spontaneously and irreversibly.”The second challenge, he continues, was solved by the researchers in Ulm, who applied a specially designed electron microscope that utilizes low energy electrons for imaging molecules and atoms. “They have succeeded at imaging the delicate molecules with atomic resolution and, most importantly, at capturing them in action – i.e., in chemical processes within the carbon nanotube in real time.”center_img This document is subject to copyright. Apart from any fair dealing for the purpose of private study or research, no part may be reproduced without the written permission. The content is provided for information purposes only. Copyright 2011 PhysOrg.com. All rights reserved. This material may not be published, broadcast, rewritten or redistributed in whole or part without the express written permission of PhysOrg.com. Citation: Inside story: Chemical reactivity on the inner surface of single-walled carbon nanotubes (2011, September 15) retrieved 18 August 2019 from https://phys.org/news/2011-09-story-chemical-reactivity-surface-single-walled.html Kaiser comments that “Our aim is use low voltage TEM – which is now possible after the introduction of hardware aberration correction by Harald Rose, Max Haider and Knut Urban – to study in detail the atom-by-atom level influence of electron-beam interacting with low-Z matter,” which is matter with a low atomic number. “To accomplish this we developed the real-time imaging and data acquisition technology to reveal carbon nanotubes and their interior in high contrast and atomic resolution. “In order to provide a comprehensive description of a possible mechanism for nanoprotrusion formation on carbon nanotube walls,” adds Bichoutskaia, “we used a multi-scale modeling approach that combined accurate quantum chemical methods with semi-empirical molecular dynamics simulations.”Going forward, there are a number of innovations that might be developed and applied to the current experimental design – for example, catalysts other than rhenium, carbon sources other than the fullerene cage wall, nanotubes produced or grown using an alternative method, nanotubes using different fullerene, or variations in the e-beam. “Our next steps include implementing catalysts and more complex molecules into carbon nanotubes,” Kaiser confirms. “We’re also working on varying the e-beam energy and detection efficiency in our Sub-Angström Low-Voltage Electron (SALVE) microscopy project at Ulm University.”Khlobystov points out that there are dozens of different metals in the Periodic Table of elements, and each of them has a distinct set of useful physicochemical properties that could be harnessed at the single-atom level. “Our method of transport and encapsulation of metals into nanotubes is quite universal, as it can be adapted for any of the transition metals, many of which have outstanding chemical, optical and magnetic properties,” he explains. “For example, introduction of photoactive atoms into carbon nanotubes, such as ruthenium or platinum, may enable initiation and control of chemical reactions within nanotubes using pulses of light, which would be more useful than an electron beam for practical applications.”Furthermore, transition metals with well-defined catalytic properties different from those of rhenium, such as palladium, platinum, rhodium, and nickel, could trigger entirely different reactions in nanotubes, leading to different products that are difficult to anticipate at this stage – but Khlobystov is confident that within the next 12 months the team will be able to tell exactly what can be achieved with other types of metals. “Even now,” he stresses, “we know that addition of non-metallic elements other, such as sulfur, into nanotubes can drastically change the course of chemical reactions inside the nanotube.” Recently, the team published a paper showing that when sulfur and carbon are present in nanotube together, we can form unique nanoribbon structures with remarkable properties.”In terms of how their research might impact the design and/or development of electronic, medical, sensor or other nanoscale devices, Khlobystov notes that since carbon nanotubes are ideal containers for molecules and atoms, “With one macroscopic dimension,” being length, “and two nanoscopic dimensions, they can serve as a bridge between the molecular and the macroscopic worlds. Magnetically active molecules embedded in nanotubes, for example, could be integrated in miniature data storage and spintronic devices, and nanotubes could be used as a capsule for delivery of medicinal molecules directly into diseased cells in human body.” Moreover, Khlobystov notes that the electronic properties of the nanotube itself, such as band gap and charge carrier concentrations and mobility, are greatly affected by interactions with the guest molecules inside the nanotube, which forms a basis for sensors and detectors. “Furthermore,” he adds, “development of nanotubes as chemical reactors is a very promising direction, as pathways and rates of chemical reactions confined in nanotubes are drastically affected by the nanotube. Chemical synthesis in nanotubes is a new way of making molecules that will enable us to make new products that are not possible to prepare otherwise. Catalysis by transition metals is essential in this context, and understanding direct reactions of metals with nanotubes is the first step.”Kaiser believes that besides chemists and physicists working on basic research, nanotechnologists devoted to topics such as energy storage, catalysis and medical drug delivery both on hard-, soft- and combined hard-soft matter will benefit from the team’s research. “New technologies in TEM control, efficiency that allows us to detect every scattered electron, and goniometer design that is not disturbed by drift issues during TEM data acquisition will strongly enhance the new applications.” (A goniometer allows a specimen to be rotated to a precise angular position.)Kaiser agrees that carbon nanotube spontaneous self-assembly and interior nanoprotrusion formation, which all may open new avenues for nanoscale molecular synthesis. She also cites the effect of confinement within carbon nanotubes as well as the newly shaped CNT with nanoprotrusions as potentially providing a new mechanism for tuning the electronic properties of graphene nanoribbons. “The spectacular rotational and translational motion of helical nanoribbons within the nanotube, she adds, “as well as the possible regular formation of nanoprotrusions may inspire the exploration and harnessing of new electromechanical effects in nanodevices.”In the short-term, Khlobystov points out, the team is rapidly expanding the range of transition metals inserted into nanotubes to broaden the scope of chemical reactions studied under conditions of extreme confinement and, at the same time, to see whether the nanotube sidewall could be engaged in further, perhaps even more spectacular chemical transformations. “So far, our experiments have been carried out on a small scale, so our process would also need to be scaled up to test and explore real applications of these materials,” he acknowledges.For Kaiser, next steps include imaging more complex structures at the present 80kV aberration-corrected TEM and at 20kV with our new SALVE prototype microscope. “We will explore the electron-beam specimen interaction further and will probably discover further surprises,” she adds.The potential for an in vivo application remains uncertain. “At the moment,” Khlobystov opines, “I can’t really see how our process can be transferred to an in vivo protocol. The conditions required to spark chemical transformations in nanotubes are still very harsh. However, if a living system would possess some sort of super-enzyme that is able to crack carbon-carbon bonds of the nanotube sidewall, in principle, we could adopt our nanoreactors for a biological system.”Kaiser admits that this is rather speculative, noting the additional limitation that in vivo atomic resolution is not obtainable today. “However,” she opines, “with our SALVE initiative a new low-voltage TEM will be finalized in two years through our collaborations with partners CEOS and Carl Zeiss, we will be a step closer to image beam-sensitive biological materials.”Khlobystov emphasizes that these exciting applications rely on a well-defined and reliable interface between the nanotube container and the contained molecules and atoms. “Because a pristine nanotube has an atomically smooth surface, the molecules shuttle randomly from one position to another within the nanotube in almost frictionless motion. Nanoprotrusions formed on nanotubes in our experiments create hollow pockets on the nanotube inner surface, which can effectively trap desired molecules and atoms in a specific location, thus giving a mechanism for controlling their positions and orientations. A greater degree of control over the dynamic behavior of encapsulated molecules is essential,” he concludes, “for successfully harnessing the full potential of their optical, magnetic and chemical properties.”last_img read more

Flow in the magic

first_imgThe show titled Flow is a revolutionary form of theatre that combines the art of dance with storytelling. Organised by Zorian Cross Productions and Art in Motio, the production will showcase over six forms of dance (including ballet, lyrical contemporary, modern and  theatre jazz) with six different genres of music (including Broadway, 80’s pop, classical, and EDM), in six different stories showcased within the span of an hour and a half.Directed by Zorian Cross, Flow consists of a team of three choreographers and thirteen dancers to create an epic show the city has ever seen. Also Read – ‘Playing Jojo was emotionally exhausting’Cross is a multi-award–winning actor and playwright.  In just five years of theatrical experience, he has played major roles in plays by authors ranging from Shakespeare to Dario Fo, as well as his own original work. His first original play, The Coming Out, not only became a local sensation at the 2011 Short+Sweet theatre festival in Delhi, but also won him the Best New Talent award for acting and writing. The play went on to be performed in five different cities across the world, winning five awards in Bangalore and one in Sydney. He plans to revolutionise the Delhi theatre scene through his company – Zorian Cross Productions with the aim of promoting original work and discovering and nurturing fresh talent. The company’s debut production, Game Night, became the biggest theatrical sensation of the year, garnering over eight sold out shows.  When: 25 October Where: Kamani Auditorium, Mandi House, Timing: 7 pmlast_img read more

Will fund projects via longterm debt not fare hikes or tax payer

first_img“Loan is way forward (infrastructure) development. Countries like US, China and Europe have taken loans for development of their infrastructure,” Prabhu said in an interview to Lok Sabha TV.Asked whether the government is going in for privatisation of railways in future, he explained: “We are taking debt for development of railways infrastructure, that means we are not doing privatisation. Besides there will be no burden of development on passenger fare as well as tax payers money.” Also Read – I-T issues 17-point checklist to trace unaccounted DeMO cashPrabhu expressed confidence that institutions like LIC (in India),pension funds and sovereign funds can provide debt and they will not insist on early repayment of loan. “The LIC, pension fund and sovereign wealth funds don’t insist on repayment of loans in short term, rather they want us to pay in over 30 years,” he added.On hitting the ground running, he quoted a famous saying, “Rome was not built in a day. There are few things which would be done this year like 3000 unmanned crossings will be removed and work will start immediately to improve cleanliness, safety, security and surveillance.” The Minister hinted that some initiative like train-sets, redesigning of coaches, doubling and tripling of rail lines, may take longer than expected to be implemented. On running of bullet trains in India, he said, “Our thrust would be on basic facilities first like sanitation, time bound arrival of trains which is going to be implemented in the stipulated time period. Those would be focus areas.” Also Read – Lanka launches ambitious tourism programme to woo Indian touristsOn private participation in railways, Prabhu said that there would be a system to regulate private sector players willing to invest in station development projects. On decentralisation of power to improve efficiency of railways, he said,”This will happen for the first time that more responsibility will be given to officers. It is not on Railway Minister or Railway Board which will do everything.” Earlier, in his Budget speech, Prabhu said: “We will monetise our assets rather than sell them”.  On Special Purpose Vehicles (SPV), he said, “We have created new SPVs with the oil ministry, coal ministry… those will deliver. Rather than one entity, there will be multiple entities delivering.”last_img read more

Stack Overflow survey data further confirms Pythons popularity as it moves above

first_imgThis year’s Stack Overflow Developer Survey results provided a useful insight into how the programming language ecosystem is evolving. Perhaps the most remarkable – if unsurprising – insight was the continued and irresistible rise of Python. This year, for the first time, it finished higher in the rankings than Java. We probably don’t need another sign that Python is taking over the world, but this is certainly another one to add to the collection. What we already know about Python’s popularity as a programming language Okay, so the Stack overflow survey results weren’t that surprising because Python’s growth is well-documented. The language has been shooting up the TIOBE rankings, coming third for the first time back in September 2018. The most recent ranking has seen it slip to fourth ( C++ is making a resurgence – but that’s a story for another time…), but it isn’t in decline – it’s still growing. In fact, despite moving back into fourth, it’s still growing at the fastest rate of any programming language, with 2.36% growth in its rating. For comparison, C++’s rate of growth in the rankings is 1.62%. But it’s not just about TIOBE rankings. Even back in September 2017 the Stack Overflow team were well aware of Python’s particularly astonishing growth in high-income countries. Read next: 8 programming languages to learn in 2019 Python’s growth in the Stack Overflow survey since 2013 It has been pretty easy to trace the growth in the use of Python through the results of every recent Stack Overflow survey. From 2016, it has consistently been on the up: 2013: 21.9% (6th position in the rankings) 2014: 23.4% (again, 6th position in the rankings) 2015: 23.8% (6th) 2016: 24.9% (6th) 2017: 32% (moving up to 5th…) 2018: 38.8% (down to 7th but with a big percentage increase) 2019: 41.7% (4th position) But more interestingly, it would seem that this growth in usage has been driving demand for it. Let’s take a look at how things have changed in the ‘most wanted’ programming language since 2015 – this is the “percentage of developers who are not developing with the language or technology but have expressed interest in developing with it:” 2015: 14.8% (3rd) 2016: 13.3% (4th) 2017: 20.6% (1st) 2018: 25.1% (1st) 2019: 25.7% (1st) Alongside that, it’s also worth considering just how well-loved Python is. A big part of this is probably the fact that Python is so effective for the people using it, and helps them solve the problems they want to solve. Those percentages are growing, even though it didn’t take top position this year (this is described by Stack Overflow as the “percentage of developers who are developing with the language or technology and have expressed interest in continuing to develop with it”): 2015: 66.6% (10th position) 2016: 62.5% (9th) 2017: 62.7% (6th) 2018: 68% (3rd) 2019: 73.1% (2nd, this time pipped by Rust to the top spot) What’s clear here is that Python has a really strong foothold both in the developer mind share (ie. developers believe it’s something worth learning) and in terms of literal language use. Obviously, it’s highly likely that both things are related – but whatever the reality, it’s good to see that process happening in data from the last half a decade. Read next: 5 blog posts that could make you a better Python programmer What’s driving the popularity of Python? The obvious question, then, is why Python is growing so quickly. There are plenty of theories out there, and there are certainly plenty of blog posts on the topic. But ultimately, Python’s popularity boils down to a few key things. Python is a flexible language One of the key reasons for Python’s growth is its flexibility. It isn’t confined to a specific domain. This would go some way of explaining its growth – because it’s not limited to a specific job role or task, a huge range of developers are finding uses for it. This has a knock on effect – because the community of users continues to grow, there is much more impetus on developing tools that can support and facilitate the use of Python in diverse domains. Indeed, with the exception of JavaScript, Python is a language that many  developers experience through its huge range of related tools and libraries. The growth of data science and machine learning While Python isn’t limited to a specific domain, the immense rise in interest in machine learning and data analytics has been integral to Python’s popularity. With so much data available to organizations and their employees, Python is a language that allows them to actually leverage it. Read next: Why is Python so good for AI and Machine Learning? 5 Python Experts Explain Python’s easy to learn The final key driver of Python’s growth is the fact that it is relatively easy to learn. It’s actually a pretty good place to begin if you’re new to programming. Going back to the first point, it’s precisely because it’s flexible that people that might not typically write code or see themselves as developers could see Python as a neat solution to a problem they’re trying to solve. Because it’s not a particularly steep learning curve, it introduces these people to the foundational elements of programming. Something which can only be a good thing, right? The future of Python It’s easy to get excited about Python’s growth, but what’s particularly intriguing about it is what it can indicate about the wider software landscape. That’s perhaps a whole new question, but from a burgeoning army of non-developer professionals powered by Python to every engineer wanting to unlock automation, it would appear that the growth of Python both a response and a symptom of significant changes.last_img read more