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Category: Technology

  • Infinix GT 30 Professional 5G With MediaTek Dimensity 8350 Final SoC, 5,500mAh Battery Launched: Value, Options

    Infinix GT 30 Professional 5G was launched in choose international markets on Wednesday. The gaming-focused smartphone is provided with shoulder triggers, XBoost Gaming Engine and an AI-backed VC cooling system. The handset has an IP64-rated mud and splash-resistant construct and a 108-megapixel major rear digicam. It’s powered by the MediaTek Dimensity 8350 Final SoC and packs a 5,500mAh battery with 45W wired quick charging assist. The GT 30 Professional is on the market in 8GB+256GB, 12GB+256GB, and 12GB+512GB RAM and storage configurations. It is usually set to launch in India quickly.

    Infinix GT 30 Professional 5G Value, Availability

    Infinix GT 30 Pro 5G price in Malaysia begins at MYR 1,299 for the 12GB+256GB possibility, whereas the 12GB+512GB prices MYR 1,499. The handset is obtainable in Blade White, Darkish Flare, and Shadow Ash shades. It’s obtainable within the nation by way of choose on-line retail e-stores.

    The handset is available in a Gaming Grasp Version, which comes with a MagCharge Cooler and a MagCase. The corporate has teased the India launch of the Infinix GT 30 Pro 5G as effectively, however the actual launch date has not been revealed. 

    Infinix GT 30 Professional 5G Specs, Options

    The Infinix GT 30 Pro 5G sports activities a 6.78-inch 1.5K AMOLED show with as much as 144Hz refresh charge, a 2,160Hz prompt contact sampling charge, a 2,304Hz PWM dimming charge, and as much as 1,100 nits peak brightness stage. The show comes with TÜV Rheinland low blue mild and flicker-free certification and Gorilla Glass 7i safety.

    Infinix GT 30 Professional 5G is provided with a 4nm octa-core MediaTek Dimensity 8350 Final SoC paired with as much as 12GB of LPDDR5X RAM and as much as 512GB of UFS 3.1 onboard storage. The telephone helps as much as 12GB of digital RAM growth, and it ships with Android 15-based XOS 15. The telephone additionally comes with assist for the Infinix AI suite, backed by Folax and DeepSeek R1.

    The telephone is provided with Infinix’s XBoost Gaming Engine and AI-backed VC cooling system for improved warmth administration throughout gaming periods. The GT 30 Professional 5G comes with gaming shoulder buttons and an x-axis linear motor. It helps 120fps for video games like PUBG Cellular and MLBB. 

    For optics, the Infinix GT 30 Professional 5G carries a 108-megapixel main rear sensor and an 8-megapixel ultra-wide shooter. The telephone has a 13-megapixel entrance digicam. It has a 5,500mAh battery with 45W wired and 30W wi-fi charging assist. It additionally provides 10W wired and 5W wi-fi reverse charging as effectively.

    Connectivity choices pn the Infinix GT 30 Professional 5G embody 5G, WI-FI 6, Bluetooth 5.4, NFC, GPS with NavIC, and a USB Sort-C port. It has an IP64 score for mud and splash resistance. The handset carries an IR sensor, measures 7.9mm in thickness and weighs 190g.

  • Xiaomi to Equip Premium Smartphones With Snapdragon 8-Sequence Chips as A part of Multi- Settlement

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    Qualcomm on Tuesday introduced that it has prolonged its collaboration with Xiaomi. As a part of a brand new multi-year settlement signed by the businesses, Xiaomi will equip its upcoming premium smartphones with flagship Snapdragon chips from Qualcomm. Each firms have been working collectively for the previous 15 years, and lots of of Xiaomi’s high-end smartphones, together with the present Xiaomi 15 mannequin, are geared up with Snapdragon chips. The corporate has additionally confirmed that it is subsequent flagship handset can be one of many first telephones to characteristic Qualcomm’s subsequent high-end Snapdragon chip.

    Xiaomi to Be One of many First to Undertake Subsequent-Era Snapdragon Chip

    As a part of Qualcomm and Xiaomi’s new multi-year settlement, the latter will proceed to equip its premium smartphones with Snapdragon 8-series chips in and different markets. The businesses prolonged their collaboration after 15 years of Xiaomi equipping its smartphones with Snapdragon processors. 

    The Xiaomi 15 was launched in final with a Snapdragon 8 Elite chip, and its successor — the purported Xiaomi 16 — may also characteristic Qualcomm’s subsequent flagship processor, which is predicted to reach later this because the Snapdragon Elite 2.

    The announcement successfully confirms that the Xiaomi 16 can be one of many first flagship smartphones to be geared up with the successor to the Snapdragon 8 Elite, later this . Qualcomm additionally says Xiaomi will enhance quantity with annually of the multi-year settlement.

    Qualcomm has additionally confirmed that its Snapdragon Summit will happen earlier this , from September 23 to September 25. The chipmaker’s annual occasion is usually held in October, and the choice to launch its subsequent flagship chip a month sooner than common may give cellphone makers extra time to equip their premium telephones with the chipset.

    The successor to the Snapdragon 8 Elite is alleged to offer up to 25 percent better performance, and will arrive with assist for next-generation LPDDR6 RAM. It is perhaps produced utilizing TSMC’s N3P (3nm) course of know-how, providing higher effectivity than the corporate’s present chipset.

    In the meantime, Xiaomi can be preparing to launch the XRING 01 SoC as its personal smartphone processor. The corporate is predicted to announce extra particulars in regards to the chip later this month. It was just lately spotted on Geekbench, and its benchmark scores counsel it sits between the Snapdragon 8 Gen 3 and the Snapdragon 8 Elite when it comes to efficiency.

    The upcoming Xiaomi 15s Professional is predicted to be the primary smartphone to reach with the XRING 01, and it’s slated to launch in on Might 22. Due to the prolonged settlement with Qualcomm, we all know that the XRING chip will not substitute flagship Snapdragon chips from Qualcomm on the corporate’s costliest fashions for the approaching years.

  • Alcatel V3 Professional 5G, V3 Traditional 5G Teased Forward of Could 27 India Launch

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    Alcatel V3 5G sequence is about to launch in India on Could 27. The Alcatel V3 Extremely 5G mannequin was already confirmed to reach as a part of the lineup. Now, the French cell model, operated by TCL Communication, has formally teased the Alcatel V3 Professional 5G and V3 Traditional 5G variants. The design, color choices and key options of the upcoming smartphones have been revealed forward of their launch. All three variants might be out there for buy within the nation completely through Flipkart.

    Alcatel V3 Professional 5G, V3 Traditional 5G Teased 

    The Alcatel V3 Professional 5G is teased to come back in black and inexperienced colourways, the corporate revealed in a reside microsite on the Flipkart app. The handset will sport a 6.7-inch show with a 120Hz refresh charge and TCL’s proprietary NXTPAPER expertise. It’ll assist Common, Ink Paper, Max Ink, and Color Paper modes.

    Alcatel confirmed that the V3 Professional 5G’s show will assist eye care options like low blue mild and anti-glare options. It’ll additionally include adaptive color temperature and brightness, in addition to an evening mild mode.

    In the meantime, the Alcatel V3 Traditional 5G is teased to come back in a white shade. The handset will boast a NXTPAPER show with a 120Hz refresh charge and assist for “vivid colors and sharper distinction.” The handset might be backed by a MediaTek Dimensity 6300 SoC and a 5,200mAh battery with 18W charging. For optics, it should get a 50-megapixel main rear digicam and an 8-megapixel selfie shooter. Each telephones will ship with a charger and a protecting cowl within the field.

    Alcatel V3 Extremely 5G Color Choices, Options

    The Alcatel V3 Ultra 5G is confirmed to come back in Champagne Gold, Hyper Blue, and Ocean Gray color choices. Just like the Professional and Traditional variants, the Extremely model will include a NXTPAPER show as properly. It’ll have a 6.8-inch full-HD+ display screen, and within the Max Ink mode, the cellphone is claimed to final for as much as seven days on a single cost. 

    Within the digicam division, the Alcatel V3 Extremely 5G has a 108-megapixel main rear sensor alongside an 8-megapixel and a 2-megapixel sensor. The cellphone will assist 8GB of RAM and 128GB of onboard storage. It’ll pack a 5,010mAh battery with 33W quick charging assist. The cellphone is confirmed to have twin audio system with DTS X Sound and assist for eSIM alongside a bodily SIM. Apart from a charger and a protecting cowl, the Extremely variant will ship with a Stylus as properly.

    The Alcatel V3 5G series will launch in India on Could 27 at 12pm IST and might be out there for buy within the nation completely through Flipkart.

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  • Oppo Reno 14 Sequence Confirmed to Launch Globally With Built-in Google Gemini Options

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    Oppo Reno 14 collection was unveiled in final week and so they’re anticipated to be obtainable in choose world markets quickly. The Reno 14 world variations will include built-in Google Gemini options, the corporate has confirmed. The Chinese language variants of the telephones run on Android 15-based ColorOS 15 out-of-the-box, sport 1.5K flat OLED screens and are claimed to satisfy IP66+IP68+IP69 mud and waterproof rankings. The Oppo Reno 14 and Reno 14 Professional are powered by MediaTek Dimensity 8350 and MediaTek Dimensity 8450 chipsets, respectively. 

    Oppo Reno 14 Sequence to Arrive With Built-in Google Gemini 

    The Oppo Reno 14 collection will launch globally with Google’s Gemini AI built-in into core Oppo apps, together with Oppo Notes, Oppo Calendar, and Oppo Clock, the corporate confirmed in a press launch. The worldwide variants will ship with Android 15-based ColorOS 15, much like their Chinese language counterparts.

    With Google Gemini integration, Oppo Reno 14 collection customers will have the ability to “pull data and full duties straight” within the Gemini chat with a single immediate. The chat will be activated by urgent and holding the “aspect button.” This might point out the facility button, for the reason that Chinese versions of the Reno 14 handsets don’t have some other useful buttons aside from the quantity rocker. 

    Within the press launch, Oppo added that Gemini will quickly let customers work throughout a number of apps and full advanced duties extra simply. For example, Oppo Reno 14 customers can immediate the Gemini app to learn an extended doc, summarise it, and save the abstract in Oppo Notes, or watch YouTube recipe movies to select the steps, and save them within the native Notes app. Customers can add a booked journey to the Oppo Calendar app as effectively.

    The Chinese language variations of the Oppo Reno 14 5G and Oppo Reno 14 Pro 5G sport 6.59-inch and 6.83-inch 1.5K flat OLED shows, respectively. The bottom variants will get a MediaTek Dimensity 8350 SoC, whereas the Professional mannequin makes use of the MediaTek Dimensity 8450 chipset. The telephones include as much as 16GB of LPDDR5X RAM and as much as 1TB of UFS 3.1 onboard storage

    For optics, the Oppo Reno 14 5G collection carry 50-megapixel OIS-supported triple rear digital camera models, together with 50-megapixel periscope cameras alongside 50-megapixel selfie shooters. Each handsets assist 80W wired quick charging and in-display fingerprint sensors. The bottom and Professional variants have a 6,000mAh and a 6,200mAh battery, respectively. They’re claimed to satisfy IP66+IP68+IP69 rankings for mud and water resistance.

  • Xiaomi 16 Early Render Reveals Twin Tone Design, Triple Rear Cameras

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    Xiaomi 16 is anticipated to go official within the final quarter of this as a successor to final ’s Xiaomi 15. As we look ahead to the official launch, a leaked Laptop-aided design (CAD) render of the handsets hints at its design. The Xiaomi 16 is seen with a triple rear digital camera unit within the leaked render. The general look of the telephone seems just like its predecessor, however the leak factors to a dual-tone design. The Xiaomi 16 is purported to ship with the Snapdragon 8 Elite 2 chipset. 

    Maijinbu Official shared an alleged CAD render of the unannounced Xiaomi 16. Design-wise, the brand new telephone appears has some resemblance to the Xiaomi 15. It has a hole-punch show and a squircle digital camera module organized within the high left nook of the again panel. The digital camera island is seen with three sensors, an LED flash, and Leica branding. The quantity rockers and the facility button are positioned on the left backbone of the telephone.

    The alleged render signifies a dual-tone design for the Xiaomi 16. It has barely rounded edges and slender bezels on all sides. The USB Sort-C port, speaker, and the SIM tray are mentioned to be situated on the underside line.

    Xiaomi 16 is claimed to launch in in September alongside the Xiaomi 16 Professional. The telephones are believed to be the primary to ship with Qualcomm’s Snapdragon 8 Elite 2 chipset. Qualcomm is anticipated to unveil the flagship chipset on the Snapdragon Summit in September this year.

    The Xiaomi 16 is rumoured to have a compact type issue with a 6.32-inch flat show. It’s tipped to run on the HyperOS 3 interface, primarily based on Android 16. It may function a 50-megapixel triple rear digital camera setup. 

    As per previous leaks, the battery capability of the Xiaomi 16 will likely be round 7,000mAh. Xiaomi is rumoured to make use of the newest silicon-carbon (Si/C) expertise within the Xiaomi 16 and Xiaomi 16 Professional. 

  • Scientists Rework Lead into Gold, However Just for a Fleeting Second

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    Medieval alchemists would have been shocked to see lead was gold – however that is what scientists at CERN’s Awesomely Massive Hadron Collider (LHC) have performed. By means of near-miss collisions moderately than head-on atomic bashes, the crew on the ALICE collaboration can convert result in gold at a fee of 89,000 atoms every second. Though every gold atom survived solely a tiny fraction of a second, the experiment is a testomony to the precision of contemporary particle physics. It serves as a testomony to the LHC’s rising means to change the very construction of the atom.

    CERN Scientists Create Gold from Lead Utilizing Proton Elimination at LHC—However Just for a Break up Second

    As per the report from CERN, three protons are stripped from the lead nuclei, reworking them into gold. These odd metamorphoses occurred when lead atoms barely missed one another, leading to highly effective electrical and magnetic fields that might have shuffled the particles. Their detectors would work on each giant and small particle-event scales “as a result of it is the small ones that you could see that these tiny adjustments can be completely different,” ALICE undertaking chief Marco Van Leeuwen talked about.

    Regardless of the astonishing atom-per-second rely, the whole mass of gold created between 2015 and 2018 added as much as simply 29 picograms — far lower than seen to the bare eye. Uliana Dmitrieva, a physicist from the collaboration, highlighted that it represents the primary statement of such a gold manufacturing on the LHC and with their refined detectors. Although current upgrades have nearly doubled output, the gold stays extra symbolic, scientifically, than economically.

    The findings have a broader significance than mere novelty. As physicist John Jowett explains, that is fine-tuning of electromagnetic dissociation in theoretical fashions, and it helps estimate beam losses, that are essential for enhancing the LHC in addition to future colliders. Whereas business alchemy stays within the realm of science fiction, it helps push ahead the understanding of particle manipulation and atomic science.

    This transient artifice of gold illustrates not solely human creativity however the distance expertise in the present day has travelled from the wishes of the alchemists of outdated.

  • Scientists Uncover Three-Eyed Sea Moth From Half a Billion Years In the past

    Scientists have found a half 1,000,000 years outdated three eyed “sea moth” from a cache of museum fossils in Canada. These finger-sized feisty predators are alleged to lurk within the primordial seas, hooking prey into its mouth whereas respiration by lengthy gills on its butt. This species is known as Mosura fentoni due to its resemblance to the fictional Japanese monster Mothra. This species, belonging to the group of ancestral arthropods referred to as radiodonts, offers precious perception in the direction of the shocking variety and variations within the historic arthropods.

    Concerning the species

    In accordance with a study by Paleontologists Joseph Moysiuk and Jean-Bernard Caron, earliest-diverging arthropods, the radiodonts, exhibited comparatively restricted variability in tagmosis. In contrast to them, the newly discovered species M. fentoni reveals as much as 26 trunk segments, the best quantity reported for any radiodont, regardless of being among the many smallest recognized.

    The species additionally had the longest gills relative to physique size of all recognized radiodonts. the back-end gills have been almost definitely a specialised system for respiration; horseshoe crabs, wooden lice and another residing arthropods have subsequently advanced an identical system. Researchers aren’t sure why M. fentoni wanted the lengthy butt gills, however they speculated it was an adaptation to low-oxygen environments or an energetic life-style.

    Whereas paleontologists are nonetheless studying why Mosura fentoni had a 3rd eye, researchers imagine the attention could have been used to detect gentle and the seascape it moved by. Maybe Mosura fentoni’s median eye was used to orient themselves throughout high-speed hunts, according to the U.Ok. Pure Historical past Museum.

    Key Insights

    Arthropods are a big group of invertebrates with arduous exoskeletons, segmented our bodies and jointed legs. As we speak, they make up round three-quarters of all residing animals, together with bugs, arachnids and crustaceans. One of many causes for his or her evolutionary success is their specialised physique segments. Radiodonts are in all probability the primary group of arthropods to department out within the evolutionary tree, so they supply key perception into ancestral traits for all the group. The brand new species emphasizes that these early arthropods have been already surprisingly various and have been adapting in a comparable strategy to their distant fashionable family members.

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    NASA’s LROC Captures ispace RESILIENCE Landing Site Ahead of June 2025 Lunar Touchdown

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  • NASA’s LROC Captures ispace RESILIENCE Touchdown Website Forward of June 2025 Lunar Landing

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    NASA’s LROC (Lunar Reconnaissance Orbiter Digicam) has taken excessive decision image of the touchdown space for the ispace SMBC and HAKUTO-R Mission 2 lunar lander. It has been named RESILIENCE. That is scheduled to land on June 5, 2025, at a plain lava website close to the north of the Moon, and inside Mare Frigoris, dispersed with large-scale wrinkle ridges. This picture provides sufficient particulars to the researchers making ready for this mission of lunar tried ambition. This view is round 3.13 miles large under the north. 

    Historical Lunar Terrain of Mare Frigoris

    According to the analysis by NASA’s  Goddard Space Flight Center, Mare Frigoris is a basaltic plain constructed earlier than 3.5 billion years, on the time of volcanic actions on the Moon. Picture fashioned by LROC shows a terrain fashioned by the traditional lava circulation with wrinkle ridges, constructed by tectonic options because of the cooling crust of the Moon. Such formations give invaluable clues concerning geological history of the Moon and the driving forces that formed its floor.

    Why Mare Frigoris Was Chosen

    This touchdown website has been chosen for relative smoothness and scientific pursuits. Mare Frigoris supplies a secure floor, preferrred for its comfortable touchdown. Ispace’s RESILIENCE is the second Japanese-led mission if it touches down efficiently after HAKUTO-R in 2023, which ended as a result of a crash descent.

    A Business Step Towards the Moon

    The mission fairly invaluable as a result of it’s a business enterprise operated by Japans ispace in collaboration with SMBC Group. The ander is designed to showcase key applied sciences for future lunar logistics, long-term lunar infrastructure and useful resource exploration. There’s a have to construct a sustainable lunar financial system with the rise in worldwide curiosity within the Moon together with Artemis program and extra. 

    Mapping the Path to Lunar Success

    With the June launch window coming close to, the brand new picture technology by LROC helps the scientists to refine their touchdown path and permit them to know the positioning. With the success of RESILIENCE, there will likely be one other step ahead to humanity’s renewed presence on the Moon.

  • Canadian Astrophotographer Captures Gorgeous Sunflower Galaxy from Ontario

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    Canada based mostly Astrophotographer Ronald Brecher has captured a shocking view of the Messier 63 or the ‘Sunflower Galaxy’ . Brecher’s deep-sky portrait reveals unbelievable element within the arms of the spiral galaxy, the patterning and construction of which bear a hanging resemblance to the pinnacle of a cosmic sunflower. M63 seems to be shaped from many fragmented arms organized round its brilliant core, versus the well-defined, sweeping constructions that characterize ‘grand design’ spiral galaxies like NGC 3631, or Bode’s Galaxy.

    Imaging the Sunflower Galaxy

    Based on report by NASA, the M63 might be seen shining with the radiation solid out by a large number of large newly-birthed white-blue stars, the sunshine from which travelled for some 27 million light-years to succeed in Earth.

    Brecher imaged the Sunflower Galaxy from his yard observatory close to the town of Guelph in southwestern Ontario, Canada. He imaged it because the moon progressed in direction of its first quarter part on the nights of April 17-28 utilizing his Celestron 14″ EDGE HD telescope along side a monochrome astronomy digital camera, and a number of useful peripherals. Just a little over 13 hours was spent capturing 158 exposures of the galaxy with purple, inexperienced, blue and hydrogen-alpha filters, the info from which was processed utilizing the astrophoto enhancing software program PixInsight.

    Observing M63 within the Night time Sky

    Might occurs to be the perfect month wherein to view the Sunflower Galaxy, which will likely be seen as a faint smudge of sunshine in smaller telescopes below good viewing situations.

    One method to find the patch of sky containing M63 is to seek out the intense stars Arcturus, within the constellation Bootes, and Dubhe, which types the pouring tip of the pan within the ‘Massive Dipper’ asterism. The Sunflower Galaxy might be discovered half means between the 2. Use a stargazing app in case you need assistance discovering the celebrities.

  • Venus Aerospace Exams Breakthrough RDRE Engine With First Flight in US

    In a hypersonic propulsion milestone, Houston-based startup Venus Aerospace has introduced the primary profitable U.S. check flight of a rotating detonation rocket engine (RDRE). The check passed off at 9:37 a.m. EDT on Wednesday (Could 14) at Spaceport America in New Mexico and was a giant technological leap. A compact check rocket, geared up with Venus’s experimental RDRE, lifted off efficiently, confirming the engine’s operational potential past simulations. Venus believes this milestone brings them nearer to inexpensive and sustainable high-speed flight from typical runways utilizing revolutionary aerospace techniques.

    Venus Aerospace Validates RDRE in Flight, Paving Manner for Mach 6 Hypersonic Journey from Runways

    As per the report by Venus Aerospace, the RDRE flight represents the primary time such a know-how has been efficiently examined within the U.S. utilizing real-world flight enter. CEO Sassie Duggleby mentioned this was the product of 5 years of engaged on making hypersonic journey scalable and sensible.

    Her feedback highlighted that the engine is now formally in energetic flight, after initially being displayed underneath management. The idea of the RDRE is basically to enhance thrust and gasoline effectivity by swapping out typical combustion for a rotating detonation wave.

    Projected to have speeds as much as Mach 6, or six instances the velocity of sound, the know-how would possibly enable launch from runways with out the necessity for launchers. Venus’s RDRE works alongside its VDR2 air-breathing detonation ramjet, forming an entire propulsion system for sustained hypersonic journey.

    Andrew Duggleby, CTO, mentioned the milestone reveals the engine performing nicely with out the laboratory-type situations in place, and that now they have flight knowledge that the aptitude is scalable. The pairing he is written about does away with the want for sophisticated multi-stage rockets or exterior boosters, laying the inspiration for the way high-speed transport may change.

    Rotating detonation presents a extra environment friendly, compact, and higher-pressure propulsion system. However with the atmospheric testing behind it, the corporate is shifting its consideration towards full-scale propulsion testing of the Stargazer M4, a Mach 4-capable reusable passenger plane.

    Venus Aerospace is incorporating the profitable RDRE design into business aerospace functions to ascertain a brand new period of economic and navy aviation introduced nearer collectively at quick, fuel-efficient hypersonic aeroplane speeds.

    For the newest tech news and reviews, comply with Devices 360 on X, Facebook, WhatsApp, Threads and Google News. For the newest movies on devices and tech, subscribe to our YouTube channel. If you wish to know all the things about high influencers, comply with our in-house Who’sThat360 on Instagram and YouTube.

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    Gemini Nano-Enabled API Released to Android Developers Ahead of Google I/O 2025

    Google I/O 2025: From AI to Android XR, Here’s What to Expect From Google’s Annual Developer Conference on May 20

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