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amal-joe-artz · 1 year

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Kerala traditional temple mural art done with coloured ballpoint pen crosshatching artwork on Ivory card paper. _________________________________ LORD KRISHNA - This is my third Kerala traditional temple mural art with ballpen of Lord krishna at Vrindavan garden in Kerala traditional temple mural art series which created on the 2017. . 𝗧𝗜𝗧𝗟𝗘:- "VENU MADHAV” ( Kerala traditional temple mural art series )" . 𝗬𝗘𝗔𝗥:- 2017 . 𝗦𝗨𝗕𝗝𝗘𝗖𝗧:- Lord Sree Krishna with his Venu (Flute) at Vrindavan garden. . 𝗦𝗜𝗭𝗘:- 22" x 28" Length ( 56 cm x 71 cm ) . 𝗠𝗔𝗧𝗘𝗥𝗜𝗔𝗟𝗦 𝗨𝗦𝗘𝗗:- Ivory card paper 300 GSM , Colored ballpoint pens ____________________________ #crosshatching #crosshatch #penart #pendrawing #penartistry #krishna #krishnalove #venumadhav #murali #kerala #keralamural #keralamuralpainting #keralamurals #sanadhanadharma #kochiart #kochiartists #kochiartweek #palluruthy #sanadhana #krishnaflute #nidhivan #nidhivantemple #vrindavan #hindu #hindutva #hindustanibhau #hinduism #vrindhavan #templeart #keralatemple (at Kochi Kerela, India) https://www.instagram.com/p/CozmmgAvW8W/?igshid=NGJjMDIxMWI=

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spacetimewithstuartgary · 10 months

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Astrophysicists propose a new way of measuring cosmic expansion: lensed gravitational waves The universe is expanding; we’ve had evidence of that for about a century. But just how quickly celestial objects are receding from each other is still up for debate. It’s no small feat to measure the rate at which objects move away from each other across vast distances. Since the discovery of cosmic expansion, its rate has been measured and re-measured with increasing precision, with some of the latest values ranging from 67.4 up to 76.5 kilometers per second per megaparsec, which relates the recession velocity (in kilometers per second) to the distance (in megaparsecs). The discrepancy between different measurements of cosmic expansion is called the “Hubble tension.” Some have called it a crisis in cosmology. But for UC Santa Barbara theoretical astrophysicist Tejaswi Venumadhav Nerella and colleagues at the Tata Institute of Fundamental Research in Bangalore, India, and the Inter-University Center for Astronomy and Astrophysics in Pune, India, it is an exciting time. Since the first detection of gravitational waves in 2015, detectors have been significantly improved and are poised to yield a rich haul of signals in the coming years. Nerella and his colleagues have come up with a method to use these signals to measure the universe’s expansion, and perhaps help to settle the debate once and for all. “A major scientific goal of future detectors is to deliver a comprehensive catalog of gravitational wave events, and this will be a completely novel use of the remarkable dataset,” said Nerella, co-author of a paper published in Physical Review Letters. Measurements of the cosmic expansion rate boil down to velocity and distance. Astronomers use two kinds of methods to measure distances: the first start with objects with a known length (“standard rulers”) and look at how big they appear in the sky. These "objects" are features in cosmic background radiation, or in the distribution of galaxies in the universe. A second class of methods starts with objects of known luminosity (“standard candles”) and measures their distances from Earth using their apparent brightness. These distances are connected to those of farther bright objects and so on, which builds up a chain of measurement schemes that is often called the “cosmic distance ladder.” Incidentally, gravitational waves themselves can also help measure cosmic expansion, since the energy released by the collision of neutron stars or black holes can be used to estimate the distance to these objects. The method that Nerella and his co-authors propose belongs to the second class but uses gravitational lensing. This is a phenomenon that occurs when massive objects warp spacetime, and bend waves of all kinds that travel near the objects. In rare cases, lensing can produce multiple copies of the same gravitational wave signal that reach Earth at different times — the delays between the signals for a population of multiple imaged events can be used to calculate the universe’s expansion rate, according to the researchers. “We understand very well just how sensitive gravitational wave detectors are, and there are no astrophysical sources of confusion, so we can properly account for what gets into our catalog of events,” Nerella said. “The new method has sources of error that are complementary to those of existing methods, which makes it a good discriminator.” The sources of these signals would be binary black holes: systems of two black holes that orbit each other and ultimately merge, releasing massive amounts of energy in the form of gravitational waves. We haven’t yet detected strongly lensed examples of these signals, but the upcoming generation of ground-based detectors is expected to have the necessary level of sensitivity. “We expect the first observation of lensed gravitational waves in the next few years,” said study co-author Parameswaran Ajith. Additionally, these future detectors should be able to see farther into space and detect weaker signals. The authors expect these advanced detectors to start their search for merging black holes in the next decade. They anticipate recording signals from a few million black hole pairs, a small fraction (about 10,000) of which will appear multiple times in the same detector due to gravitational lensing. The distribution of the delays between these repeat appearances encodes the Hubble expansion rate. According to lead author Souvik Jana, unlike other methods of measurement, this method does not rely on knowing the exact locations of, or the distances to, these binary black holes. The only requirement is to accurately identify a sufficiently large number of these lensed signals. The researchers add that observations of lensed gravitational waves can even provide clues on other cosmological questions, such as the nature of the invisible dark matter that makes up much of the energy content of the universe. When two black holes merge, they release gravitational waves, that when lensed by massive objects as they travel to Earth, could be used to calculate the rate of cosmic expansion. CREDIT NASA's Goddard Space Flight Center/Scott Noble; simulation data, d'Ascoli et al. 2018 IMAGE....

#space #science #Astronomy #physics #news #cosmology #hubble constant

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ramkondeti218 · 3 years

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Sorry for old bus stand edits 😁😁 #meme/ram #mango #brahmanandam #venumadhav #memes😂 https://www.instagram.com/p/CMFfpwcn_xy/?igshid=11zwrfbho2web

#meme #mango #brahmanandam #venumadhav #memes😂

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chaitanyabharatnews · 4 years

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अलविदा 2019 : साल 2019 में इन सितारों ने दुनिया को कहा अलविदा

चैतन्य भारत न्यूज साल 2019 गुजरने में अब महज 3 दिन बाकी है। यह साल बॉलीवुड और टीवी इंडस्ट्री के लिए बेहद खास भी रहा और बुरा भी। खास इसलिए क्योंकि इस साल कई ऐसी फिल्में आईं जिन्होंने अच्छी कमाई की। हालांकि, इस साल इंडस्ट्री ने अपने कई नायाब कलाकारों को भी खो दिया है। आइए जानते हैं 2019 में किन-किन सितारों ने दुनिया को अलविदा कहा- (adsbygoogle = window.adsbygoogle || ).push({}); शौकत आजमी

दिग्गज अदाकारा शबाना आजमी की मां और एक्ट्रेस शौकत आजमी का निधन इसी साल नवंबर में हुआ। वे काफी समय से बीमार चल रही थीं जिसके बाद शौकत ने 93 साल की उम्र में दुनिया को अलविदा कह दिया। विजु खोटे

सुपरहिट फिल्म 'शोले' में कालिया का किरदार निभाने वाले अभिनेता विजु खोटे का निधन 30 सितंबर को हुआ था। उनके जाने से भी बॉलीवुड जगत को बड़ा झटका लगा था। वीरू कृष्णन

फिल्म 'राजा हिंदुस्तानी' में आमिर खान और करिश्मा कपूर के साथ नजर आने वाली एक्ट्रेस और डांसर वीरू कृष्णन ने भी इसी साल सितंबर में दुनिया को अलविदा कहा था। बॉलीवुड में इसके चलते शोक पसर गया था। मोहम्मद जहूर खय्याम

प्रसिद्द म्यूजिक डायरेक्टर खय्याम ने भी इस साल 19 अगस्त को अंतिम सांस ली थी। बता दें खय्याम ने बॉलीवुड में 5 दशकों से ज्यादा तक काम किया था। विद्या सिन्हा

बॉलीवुड और टीवी की मशहूर एक्ट्रेस विद्या सिन्हा का भी इसी साल 15 अगस्त को निधन हुआ था। विद्या दिल और फेफड़ों की बीमारी से जूझ रही थीं। उनकी उम्र 71 बरस थी। गिरीश कर्नाड

आखिरी बार सलमान खान की फिल्म 'एक था टाइगर' में नजर आने वाले एक्टर गिरीश कर्नाड का निधन 10 जून को हुआ बैंगलुरु में हुआ था। वे काफी समय से बीमार थे। बता दें गिरीश एक एक्टर होने के साथ-साथ राइटर, डायरेक्टर भी थे। महेश आनंद

बॉलीवुड के चर्चित विलेन महेश आनंद का 9 फरवरी को निधन हो गया था। उनका शव सड़ी हुई अवस्था में उनके घर से बरामद हुआ था जहां वो अकेले रहते थे। सूत्रों के मुताबिक, महेश आनंद की आर्थिक स्थिति ठीक नहीं थी। वीरू देवगन

एक्टर अजय देवगन के पिता और स्टंट डायरेक्टर वीरू देवगन ने इस साल 27 मई को दुनिया को अलविदा कहा। फिल्म 'कांटे' और 'मिस्टर इंडिया' में एक्शन सीक्वेंस डायरेक्ट करने वाले वीरू देवगन को बॉलीवुड ने नम आंखों से विदा किया था। राज कुमार बड़जात्या

बॉलीवुड इंडस्ट्री के मशहूर डायरेक्टर सूरज बड़जात्या के पिता और फिल्म प्रोड्यूसर राज कुमार बड़जात्या का 21 फरवरी को निधन हुआ था। उनकी मौत की वजह हार्ट अटैक थी। वेणु माधव

साउथ फिल्मों के मशहूर कॉमेडियन वेणु माधव का 25 सितंबर को 39 साल की उम्र में निधन हो गया है। वेणु लिवर और किडनी से संबंधित बीमारी से पीड़ित थे। कुशल पंजाबी

बॉलीवुड फिल्मों और कई टीवी शो में नजर आ चुके एक्टर कुशल पंजाबी ने 27 दिसंबर को अपने मुंबई वाले अपार्टमेंट में फांसी लगाकर खुदकुशी कर ली। उन्होंने एक सुसाइड नोट भी छोड़ा, जिसमें मौत का इल्जाम किसी पर नहीं लगाया गया है। कुशल ने अपनी सारी प्रॉपर्टी माता-पिता, बहन और बेटे के नाम कर दी। ये भी पढ़े... फोर्ब्स 2019 : कमाई के मामले में सलमान खान से आगे निकले अक्षय कुमार, पहले पायदान पर है यह खिलाड़ी गूगल ने जारी की साल 2019 की सर्चिंग लिस्ट, जानें इस बार सबसे ज्यादा क्या खोजा गया? ये हैं इस साल की सबसे मजेदार तस्वीरें, सोशल मीडिया पर खूब हुई वायरल Read the full article

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tarunbharatmedia · 5 years

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प्रसिद्ध तेलगू अभिनेते माधव यांचे निधन स्वतःच्या अभिनयाने प्रेक्षकांना हसविणारे तेलगू अभिनेते वेणू माधव यांचे बुधवारी निधन झाले आहे. वेणू हे अनेक आजारांशी झगडत होते. माधव यांनी ६०० हून अधिक चित्रपटांमध्ये काम केले होते. तेलंगणाचे मुख्यमंत्री के. चंद्रशेखर राव, पक्षाचे संस्थापक पवन कुमार तसेच अन्य नेत्यांनी माधव यांच्या निधनाबद्दल शोक व्यक्त केला आहे. #tarunbharatnews #rip #venumadhav #comedian (at Telangana) https://www.instagram.com/p/B2558kvhEnP/?igshid=14midxy50ostr

#tarunbharatnews #rip #venumadhav #comedian

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appolitrics-blog · 5 years

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వేణు మాధవ్ ఆఖరి ఫోటో.... #VenuMadhav #APPolitrics https://www.instagram.com/p/B21iH9WgCi7/?igshid=vcc8mpjsfu71

#venumadhav #appolitrics

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thecinematictalks-blog · 5 years

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We'll miss you

#Tollywood #venumadhav

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luckey99-blog · 5 years

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ప్రముఖ హాస్యనటుడు వేణుమాధవ్ అంత్యక్రియలు ఈరోజు సాయంత్రం మౌలాలీలోని లక్ష్మీనగర్ శ్మశాన వాటికలో జరగనున్నాయి. గతకొంత కాలంగా కాలేయ సంబంధిత వ్యాధితో బాధపడుతోన్న

#venumadhav chiranjeevi filmchamber muralimohan

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annibanni · 4 years

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Hey! You can use my code UTDG31K04 at checkout to get 10% off your entire purchase at Venum! venum.com

#venum #mma #muaythai #kickboxing #boxing #bjj #fitness #fighter #ufc #gym #karate #k #jiujitsu #fight #training #workout #grappling #sport #venumteam #everlast #martialarts #crossfit #motivation #sports #venumfightwear #venumwheel #venumfight #venumadhav #venumfightwear #venumadhav

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purnasiri · 4 years

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Sunil Hilarious Comedy Scenes. Telugu Movie Comedy Scenes Back to Back. #Sunil #Venumadhav #Prudhvi #TeluguComedyScenes #BestComedyVideos Brahmanandam Comedy

#NavvulaTV #TeluguOne #Sunil Hilarious Comedy Scenes #Sunil Comedy #tollywood comedy #indian comedy #Bollywood #TeluguComedyScenes #BestComedyVideos #Brahmanandam Comedy #Online

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spacetimewithstuartgary · 10 months

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Researchers propose new method to measure cosmic expansion

In 1929, astronomers discovered that galaxies are streaming away from us and each other. They interpreted this observation that the universe is expanding. However, when they measured how fast it is expanding, they got different answers using different methods. The difference continues to be a thorn in their description of the expanding universe.

A team of researchers led by Souvik Jana at the International Centre for Theoretical Sciences, Bengaluru, have proposed a solution. Their paper, to be published in the Physical Review Letters, has been selected as an Editor’s suggestion.

The solution hinges on studying gravitational waves, ripples in spacetime, which astronomers first detected in 2015. The team studied how gravity itself affects gravitational waves.

As pairs of black holes merge into a single black hole in a cosmic dance, they emit gravitational waves. As they reach the Earth, kilometre-lengthed detectors help scientists study the properties of the black hole pairs. Massive galaxies occupying the space between the black holes and the Earth change the paths of these spacetime ripples, resulting in the detectors recording multiple copies of the same waves. Astronomers call this phenomenon gravitational lensing.

“We have been observing the gravitational lensing of light for over a century,” said Parameswaran Ajith, a co-author of the study. “We expect the first observation of lensed gravitational waves in the next few years!”

In the next two decades, scientists will start running advanced gravitational wave detectors in search of the merging black holes. “Future detectors will be able to see out to much larger distances than the existing ones,” explained Shasvath J. Kapadia, from the Inter-University Centre for Astronomy and Astrophysics in Pune, one of the co-authors of the study. Tejaswi Venumadhav from the University of California at Santa Barbara, another co-author, said they will be able to detect weaker gravitational wave signals that get buried in the noise affecting present detectors.

Astronomers estimate that the advanced detectors will record signals from a few million black hole pairs, each merging to form a mega-black hole. Among these, about 10,000 black hole mergers will appear more than once in the same detector due to gravitational lensing.

The team led by Souvik demonstrated that by counting the number of such repeat black hole mergers and studying the delay between them, they can measure the universe’s expansion rate. As the data from advanced gravitational wave detectors trickle in over the next two decades, their method can potentially measure the universe’s expansion rate accurately.

The team’s proposal, said Souvik, does not require knowing the properties of the individual galaxies which create multiple copies of gravitational waves, the distances to the black hole pairs, or even their exact location in the sky. Instead, it only requires an accurate method of knowing which signals are lensed. Scientists are improving their techniques to identify the repeat signals, adds Shasvath.

Gravitational lensing requires the astronomical source to be far away. The black hole pairs fit this criterion, which can originate a whooping 13.3 billion years ago, barely 500 million years old after the universe’s birth.

Shasvath cautions that their proposed method will be helpful only when the advanced detectors record millions of black hole mergers. Presently, the team is studying how such a future observation will be able to tell apart different models of the universe that cosmologists have proposed.

The models, the team explained, attempt to solve mysteries of the elusive dark matter, a form of matter that does not interact with light. The dark matter hypothesis solves the astronomer’s problem of explaining why galaxies have the observed mass. However, scientists are still unsure of the dark matter’s properties, leading to various dark matter models.

The team’s ongoing research suggests that future observations of lensed gravitational waves will serve as a tool to study the properties of dark matter.

#science #space #astronomy #physics #news #spacetime #spacetimewithstuartgary #starstuff

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chaitanyabharatnews · 5 years

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इस सुपरस्‍टार कॉमेडियन का 39 की उम्र में निधन, लिवर और किडनी संबंधित बीमारी से थे पीड़ित

चैतन्य भारत न्यूज साउथ फिल्मों के मशहूर कॉमेडियन वेणु माधव का 39 साल की उम्र में निधन हो गय�� है। जानकारी के मुताबिक, वेणु लिवर और किडनी से संबंधित बीमारी से पीड़ित थे।

मंगलवार को अचानक ही उनकी तबियत खराब हो गई थी, जिसके बाद वेणु को सिकंदराबाद के एक अस्पताल में भर्ती कराया गया। लेकिन आखिरकार वह अपनी जिंदगी से जंग हार गए और बुधवार दोपहर 12:20 बजे वेणु ने अंतिम सांस ली। वेणु के आकस्मिक निधन की खबर से पूरे टॉलीवुड में शोक की लहर है। (adsbygoogle = window.adsbygoogle || ).push({}); वेणु के परिवार और डॉक्टर्स ने उनके निधन की खबर की पुष्टि की है। वेणु के निधन की खबर मिलते ही उनके फैंस हैरान हैं और सोशल मीडिया के जरिए अपने पसंदीदा स्टार को श्रद्धांजलि दे रहे हैं। तेलुगू देशम पार्टी के चीफ और आंध्र प्रदेश के पूर्व मुख्यमंत्री चंद्रबाबू नायडू ने भी ट्वीट कर उनके निधन पर शोक व्यक्त किया है।

बता दें कि वेणु ने अपने करियर की शुरुआत एक मिमिक्री कलाकार के रूप में की थी। बाद में उन्होंने एक कॉमेडियन के रूप में फिल्मों में कदम रखा और अपनी खास पहचान बना ली। वेणु ने फिल्म 'सम्प्रदायम' से साल 1996 में तेलुगु फिल्म इंडस्ट्री में एंट्री ली थी।

वेणु ने अपने करियर में तमिल और तेलुगु भाषा में करीब 200 फिल्मों में अभिनय किया है। उनकी आखिरी फिल्म 'Dr. Paramanandaiah Students' है, जो अब तक रिलीज नहीं हुई है। फिल्मों के अलावा वेणु ने राजनीति में भी रूचि दिखाई है। उन्होंने तेलुगु देशम पार्टी के लिए चुनाव प्रचार भी किया था। ये भी पढ़े... बॉलीवुड के इस मशहूर अभिनेता का 81 की उम्र में निधन, आखिरी बार सलमान के साथ आए थे नजर मशहूर संगीतकार खय्याम का निधन, पीएम मोदी सहित इन दिग्गज हस्तियों ने दी श्रद्धांजलि ऋतिक रोशन के नाना का निधन, धर्मेंद्र समेत ये फिल्मी सितारें श्रद्धांजलि देने पहुंचे Read the full article

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appolitrics-blog · 5 years

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కోదాడ ఎమ్మెల్యే గా నామినేషన్ దాఖలు చేసిన కమెడియన్ వేణుమాధవ్ ఆకస్మిక మృతి... #VenuMadhav #RIPVenu #APPolitrics http://www.appolitrics.com/venu-madhav/ https://www.instagram.com/p/B21C6yhgKVX/?igshid=1weveyun5ksry

#venumadhav #ripvenu #appolitrics

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avinashnairs-blog · 5 years

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Nalla Balu...Nalla thrachu lekka😜🤣 #sye #venumadhav #nithin #telugumovie #telugucinema #telugucomedy #tiktok #telugumuser #musicallyid #musicallystarr #musically #musicallyapp #musically_india #malayalamfilm #malayalamcinema #telanganadubsmash #dubsmashhyd #dubsmashhyderabad #malayalam #versatilemedia #keralatalents #mallumuser @dubsmashh_adda @dubsmashtelugu8 @dubsmashhyd @hyderabad_hunks @dubcaffeofficial @versatile_media_ @dubloverhyd (at Bangalore, India) https://www.instagram.com/p/BwgdLP_nu5U/?utm_source=ig_tumblr_share&igshid=1c4tkctavpn78

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pranaytv-blog · 7 years

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రోజా అంటే ఏంటో తెలుసా రో....జా.. | what is Roja. Do You Know? | Venuma...

#roja #venumadhav #nandhyal by poll #balakrishna #tdp #ycp #ysrcp #venumadhav comments on roja

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