Articles tagged 'UN'

2019

• Data science in Hawaii
• Talk nerdy to me
• SuperCompCloud Workshop at SC19
• When disaster strikes
• Conquering greenhouse gas
• Talk nerdy to me
• How to slay a bot
• Get out of your comfort zone
• 5 surprising uses for VR
• Talk nerdy to me
• Gladys Andino
• Eradicating emerging viruses
• Improving infrared detectors for night vision
• Don’t worry about the software
• Talk nerdy to me
• Tracking bird migration with AI
• Inspiring the future of HPC
• Facial recognition improves hail forecasts
• Maytal Dahan
• Virtual universe machine
• Sarvani Chadalapaka
• Talk nerdy to me
• Breathe in, breathe out
• Cross-training biologists in technology
• Seeing around corners
• Talk nerdy to me
• Can a computer understand how you feel?
• First-of-its kind Cybersecurity Clinic
• Astronomy bot
• Need help with your science gateway?
• Talk nerdy to me
• The 5 fastest supercomputers in the world
• Advanced computing for everyone
• The whisper of schizophrenia
• Talk nerdy to me
• The evolution of flightless birds
• An end to animal testing?
• Changing colors on demand
• A picture is worth a petabyte of data
• HARC19 Workshop: Call for papers
• Virtual reality nursing
• Talk nerdy to me
• New Jersey Big Data Alliance
• Measuring the earth from space
• What's next for supercomputing in Europe?
• Talk nerdy to me
• Mining the news for data
• Countering climate change
• Fly like a bird, hover like an insect
• Shining a light on cosmic darkness
• Super-size it
• Talk nerdy to me
• Trusted CI Fellows
• Unearthing mysteries of the Maya
• 5 ways technology is making the world more accessible
• Introducing Rutgers Discovery Informatics Institute (RDI2)
• Talk nerdy to me
• Why do coral reefs recover?
• Gentrification hot spots
• Secrets of the deep
• Heat Wav: Plastic
• Heat Wav: Models
• Autonomous vehicles: diverse group seeks to answer broad questions
• Talk nerdy to me
• Who's the fool?
• The way we were
• Join the Gateways 2019 conference
• Energizing agriculture
• Heat Wav: Ice
• The robots that dementia caregivers want
• Talk nerdy to me
• What can math tell us about artistry?
• Can computing change the world?
• Taking the first breath
• The future at 1000mph
• Talk nerdy to me
• Helping the most vulnerable of Florida's children
• Spying on science
• Talk nerdy to me
• Making Einstein proud
• What makes our immune system work?
• Silent alarm
• Talk nerdy to me
• The search for lost satellites
• Choose your adventure
• Hidden depression
• Talk nerdy to me
• An 'amazing opportunity'
• What makes animals monogamous?
• Talk nerdy to me
• Super disasters
• The story of science
• How lungs develop

2018

• One-stop data shop
• 5 ingenious ways scientists are using drones
• Drones upgrade film animation
• Previewing ISC 2019
• A transparent Dataverse
• Talk nerdy to me
• Revolutionizing ocean observation
• Encouraging humanware in cloud computing
• Talk nerdy to me
• Empowering students to discover more
• Stopping HIV in its tracks
• The 5 fastest supercomputers in the world
• Why do we fight?
• Talk nerdy to me
• What is blockchain?
• Searching for ocean microbes
• Hawai'i H2O
• Who says women don't like science?
• Talk nerdy to me
• Dusting for 3D prints
• What is dark life?
• AI revitalizes rare language
• Rules for a smarter city
• Don't look away
• Talk nerdy to me
• Do computers have musical intelligence?
• Nose in the sky
• A trick of the eye
• The secret sauce of science
• How to get ahead in networking
• Talk Nerdy to me
• Is your phone slowing down?
• Double trouble
• Talk nerdy to me
• How do tornadoes begin?
• When plants go digital
• Robot dog leads the pack
• Talk nerdy to me
• Why hackers and cybersecurity pros need to talk
• Bull's eye on the brain
• Outsmarting HIV-1
• Putting neutrinos on ice
• Talk nerdy to me
• Seamless creativity
• Teaching HPC and genomics side-by-side
• Attack on knowledge
• Worried about climate change?
• A view to a brawl
• Marking a tech milestone
• Talk nerdy to me
• Have suitcase, will travel
• What if you could sleep on sugar?
• 4 ways computers are changing the way we eat
• The end of plastic
• Getting the most out of your supercomputer
• Talk nerdy to me
• Gearing up for grand challenges
• A decoder ring for the information age
• Machine learning for the masses
• Science is saving this city
• The woman who maps the world
• Robots are our future
• What's in a honey bee's diet?
• Run, dino, run!
• A brief history of the internet
• Chaos mixes the Milky Way
• The turtle tree of life
• The infinite library
• Talk nerdy to me
• How to liberate scientists from writing code
• The mystery of Hawaii's volcanoes
• The truth about scientific data
• Supercomputing from the bargain bin
• Autism origins in junk DNA
• Better faster stronger
• Cooking with waste CO2
• Does security ruin efficiency?
• Dangers of space travel
• Secrets from the world's biggest family tree
• The state of science 2018
• Deadly handshake
• Burçin's galaxy
• Please state the nature of the medical emergency
• Digging into soil microbes
• Into the Medical Science DMZ
• Equal access for blind gamers
• Economists cash in on HPC
• More computing power, more problems (to solve!)
• Nerding out over nature
• 3 unusual ways computers are helping farmers
• Inside the black box
• How to WIN at networking
• Cracking the coffee code
• Where’s the bear?
• Can HPC unlock the future of wind power?
• Flying over thin ice
• The end of traffic jams
• The 5 fastest supercomputers in the world
• Commuting to a more equal world
• Ending epilepsy
• Anti-malarial toothpaste
• Preventing the Spectre in every machine
• Silky secrets to make bones

2017

• How to catch a liar
• The DNA of drug dependency
• Deciphering disaster
• Walk like a dog
• Jumping into the genome
• Flowing towards cleaner rivers
• Multiple Sclerosis researchers aren't phoning it in
• Winter is coming: Siberian snowfall and the Polar Vortex
• Syncphonia app transforms music education
• Catching a cure for Alzheimer's
• A third of the internet is under attack
• How science and computing became best friends
• How to evolve an aircraft wing
• What does it really mean?
• Bridges helps preserve abalone species
• Probing space oddities with Cosmos code
• You are what you tweet
• Magnetic personalities
• Texas teamwork makes the dream work
• Walking among the dead in Arizona
• Science is spooky
• Is it time for a Cyber Peace Corps?
• Algorithms for Art
• The end of the open road
• LIGO and OSG launch multi-messenger astronomy era
• Spotting a shark before it spots you
• The mysterious case of Piz Daint and the proton spin puzzle
• Fourth gravitational wave found
• 3 reasons why quantum computing is closer than ever
• The aim of storm surge models
• Women once powered the tech industry. Can they do it again?
• Facetime: Catching autism early
• Modeling a city's minuscule changes
• Smoothing out our notion of turbulence
• Deep learning sees behind the mask
• Mind tools: Programming languages and scientific practice
• Designing technologies that older adults actually want
• Drones go to Hollywood
• Happy Birthday, Science Node
• Is it possible to stop the next Equifax breach?
• Using AI to spot gravitational lenses
• Meeting those midnight computing needs
• Algorithms are rewriting world history
• Virtual reality can save your life
• Healthy choices: Supercomputing the flu vaccine
• HPC helps scientists reconsider DDT
• Can we have a hack-proof democracy?
• Buckeyes count the cost of student lending
• A Hoosier's view of the heavens
• Practicing science in the dark
• The sun was put to shame
• Artificial intelligence: Is your job at risk?
• We need a new internet
• Mapping the skies with Blue Waters
• Forget diamonds – it’s plastic that is forever
• Calculations in your pocket
• Decomposing Bodies
• Mediterranean moisture, destructive downpours, and Piz Daint
• Virtual reality will ease your mind
• Supercomputing through the grapevine
• Computing challenges from the roof of the world
• The wild west of big data
• Hitching a ride with a honeybee
• Digging in the data for cancer treatment clues
• Cracking the CRISPR clock
• From science to superhero
• The not-so-secret language of 😀
• Riding the Jetstream to the treetops
• TACC's Magnificent 7
• Getting smart in the countryside
• Sterling reflections of ISC past
• The neural food network
• Computer simulations and big data advance cancer immunotherapy
• Professor Sterling sifts the tea leaves
• Time travel with Thomas Sterling
• European supercomputers ignite business innovation
• CyVerse catches next wave in cancer research
• Losing sleep over climate change
• Looking deeper at gut microbiomes
• 1 millionº and breezy: Your solar forecast
• Hand in hand into the Metaverse
• Virtual reality kindles a new way to learn
• Cancer treatments get a supercomputing boost
• Riding the 3D seismic wave
• Big data, the movie
• Up, up, and away
• Supercomputers search for better cancer drugs
• Into the wild simulated yonder
• The anatomist’s daughter
• Big data breaks the incarceration cycle
• The risks to science-based policy we aren’t talking about
• Feeling by the numbers
• Les Marches pour les Sciences in France
• A record year for the Open Science Grid
• Supercomputing sister sites
• Computation from a spider’s web
• Marching into Philadelphia, America’s laboratory
• The winner takes it all
• Let's start our March for Science in Boston
• An unseen war beneath your fingertips
• More than meets the eye
• Rattlesnakes on a Jetstream
• The trick for predicting social media trends
• What happens when molecules collide?
• Climate science storybook
• Campus Champions make supercomputing a snap
• Why you should lie to Facebook
• Wireless energy harvesting for IoT devices
• The great white data hunt
• Wrangling crime in the deep, dark web
• Energy efficiency via big data
• Bound for Frankfurt: ISC 2017
• From the atmosphere to an app
• Citizen Jones and the temple of space archaeology
• Hello bursts of light, goodbye cables
• High-tech humor
• Should cybersecurity be a human right?
• LEGO, libraries, and fake news
• Mind the gap: Speaking like a cybersecurity pro
• A brief history of the internet
• Continue the conversation
• Computing for a cure
• Protecting the heart with supercomputers
• It’s a bird, it’s a plane, it’s…nanotechnology
• From the ground up: Resurrecting dinosaurs from their footprints
• Machine learning and the microbiome
• Looking for love in (your) DNA

2016

• 2016 in review: Science gets personal
• 2016 in review: A big first year for Science Node
• Of women, Parliament, and macroscopes
• Supercomputing an earthquake-ready building
• Tickling a jet engine
• A bird’s eye view of poverty
• Big data to head off wildfires
• The Open Science Grid goes to school
• The life and times of Admiral Grace Hopper
• European Grid Infrastructure makes the connection in 2016
• Lighting up the Renaissance with supercomputers
• A day in the life of a molecular machine
• See the invisible with Nano Simbox
• How beautiful is your science?
• Does fracking cause earthquakes?
• Pillars of destruction
• Under the simulation magnifying glass
• You're fired! What President Trump should know about wildfires
• POTUS can make the Metaverse a (virtual) reality
• Climate vizzy hits the bullseye
• Piecing together the genomic puzzle with NCGAS
• Stampede unravels the p53 protein
• POTUS secures the cyber
• A new president, a new opportunity for science
• Artificial intelligence gives immortality to TV characters
• Moore with less: The virtues of inexact computation
• Can a computer be an inventor?
• What happened during the August 2016 Amatrice earthquake?
• Tornadogenesis: Probabilities for better predictions
• Citizen science for the ages
• Remote tools keep a close eye on forests
• Slave trade and rice crop moved together
• Reading Australia's genetic story
• Fishy business in Canada
• Are climate models misleading us?
• Diversifying bioinformatic programs
• Blue Waters restores fairness to elections
• Climate change hurting your feelings?
• Supercomputers see the light in Texas
• Gaia, Hipparcos, and 3D star maps
• The right way to simulate the Milky Way
• Simulating the spleen in Switzerland
• Harboring fish and mysteries
• Array of Things blows into Windy City
• Supercomputing the teenage brain
• What Norman Borlaug has to do with supercomputing
• Cold connection: Research in the Great White North
• Dialing down Dengue fever
• Crime fighting with taxi route data
• XSEDE 2.0: The NSF doubles down
• What XSEDE is not
• A science gateway for all
• Soybean science blooms with supercomputers
• Tower of power: Supercomputing greets the sun
• Opening the spigot at XSEDE
• Hearing the heartbeat of a city
• Happy birthday NSCI!
• XSEDE community builds an Agile student
• Lengau: Accelerating African discovery
• Teaching supercomputers to whistle
• Confirming the legend of the Burning Brigade
• XSEDE16: HPC in the sunshine state
• Virtual immortality: Cultural preservation in the digital age
• Algorithms go to Hollywood
• Male advocates for gender diversity in tech
• Ancient Himalayan DNA uncovered in Chicago
• Better vaccines via drone
• Telling the Whole Tale of science
• Motivate your robot
• The Science DMZ is secure
• Put your head in the cloud
• Hacking Zika in the Lone Star state
• How close do computer models come to reality?
• Science DMZ: The fast path for science data
• Fear of flying: Combating disease spread with HPC
• Mom, the scientist
• CIPRES: One facet in bold NSF vision
• Citizen science pioneers confirm climate change
• Artificial intelligence takes on poachers
• The virtue of defects
• Harvey’s hemodynamic heroics
• Science illustrations go viral
• Two ways to train artificial intelligence — and do crosswords with ease
• Dwarf galaxy plays hide and seek
• Data mining for a happy city
• Why did the chicken cross the road?
• Improving commercial forestry via the cloud and the EucaTool app
• Seeing the invisible history of leaves
• The next big LHC upgrade? Software.
• Numerical simulations explain the intensity of star formation
• LIGO and OSG peer into the Dark Energy Camera
• Forecast calls for SHARP showers
• How to find Banksy with maths
• (Rain) cloud computing for climate change predictions
• Stronger eyes through supercomputing
• What does security mean in science today?
• Is citizen science living up to the standard?
• The revolution will be televised – in freeD™
• Securing the scientific workflow
• Mapping the 2016 Vizzies
• Tsunami modeling for a safer Japan
• Rescued History
• Blocking out the sun
• Genetic back burning: Fighting fire with fire
• Surfing with algorithms
• Big Red II clears the air
• Plants inspire new 4D printing
• OSG helps LIGO confirm Einstein’s theory
• Blowing a black hole's cover
• Blue Waters solves Yellowstone mystery
• African genomics stands on its own
• Laughing matter: Brian Malow's science comedy
• Wee ARCHIE: The bite-sized supercomputer
• Going down under with flies and ADEER
• Citizen science: Research in high gear
• Networks can defuse terrorism
• Supercomputing for better fireworks
• Tiny zaps, big results
• Solving a protein puzzle
• Jetstream makes HPC a breeze

2015

• Simulating stars with less computing power
• Blue Waters goes hypernova
• Robot jazz
• Science smells fishy
• Texting for dollars
• Coloring outside the lines
• Understanding chemical communication in ant societies
• Mining social media to manage crises
• OSG rides a Comet
• What's in a honey bee's diet?
• The turtle tree of life
• Supercomputers put photosynthesis in the spotlight
• Chaos mixes the Milky Way
• Working towards a European open science cloud
• Will science save California's delta?
• Why aren't there more women in HPC?
• Volunteer computing: 10 years of supporting CERN through LHC@home
• Virtual reality goes mainstream
• Understanding risk with 'environmental computing'
• Tracking Kyrgyzstan's melting glaciers
• The secret lives of bees
• The future of encryption
• Text mining strikes gold in political discourse
• Tech transfer – a computing success story?
• Tear down these data walls... for research, the climate, and humanity
• A surprising twist to protein misfolding
• Supercomputers tuned to aid Nepal disaster relief efforts
• Supercomputers listen for extraterrestrial life
• Supercomputers expose the telltale signs of human traffickers
• The Sun through clouds
• Student cluster competition is big success at CHPC meeting in South Africa
• SoyKB and iPlant streamline complex bioinformatics analysis
• Simulations reveal a less crowded universe
• Scientists use Mira to discover needle in zeolite haystack
• Scientists compute bleak projections for the Antarctic Pine Island Glacier
• Satellites, servers, and story-telling help disaster rapid response
• The role of e-infrastructures in natural-disaster response
• Researchers piece together how virus causes human cancers
• Research networks in Uganda on the upswing
• Real warp drives – can distributed computing help?
• Protecting our planet
• Powering climate models with grid computing
• A physics masterclass for the masses
• Warning: Pacific Rim researchers are about to outpace you
• Opinion - The philosophy of Ubuntu
• Opinion: Future Leaders of Software Engineering
• Opinion - The age of citizen cyberspace
• No time like the present
• New GÉANT-led project to create a regional research and education network in eastern Europe and southern Caucasus
• New drug-design strategy could help tackle mental disorders
• New cloud computing testbeds to spur innovation
• Multi-scale modeling in the virtual laboratory
• Mind over matter: Decoded EEG signals translate into grasp control
• Mental Canvas emerges from patient investment
• Making data more searchable, shareable, & citable
• Laying the foundations for better sharing of research data
• Journeying from data to knowledge at ISC Big Data '14
• iSGTW Opinion - Volunteer computing: grid or not grid?
• iSGTW Opinion - Reaching for the Exa-scale
• iSGTW Opinion - Opinion: Distributed computing and the Singularity
• iSGTW Feature - Worldwide Grids, Worldwide Science
• iSGTW Feature - Where are they now?
• iSGTW Feature - WCG to tackle rice crisis
• iSGTW Feature - Volunteer computing helps track malaria
• iSGTW Feature - Volunteer computing goes East
• iSGTW Feature - Traveling salesman meets distributed computing
• iSGTW Feature - Secure enough? Re-assessment of the world's most-used hash function
• iSGTW Feature - Reversing brain drain: grid computing does some innovative plumbing
• iSGTW Feature - Results from the SC07 Challenges: Analytics, Bandwidth, Cluster and Storage
• iSGTW Feature - At home in Africa: African scientists plug into the global computer
• iSGTW Feature - Help create an earthbound sun
• iSGTW Feature - Grids meet aliens and androids
• iSGTW Feature - Grids: a global home for serious science
• iSGTW Feature - Fight AIDS at home, via unused computer time
• iSGTW Feature - Einstein at Home
• iSGTW Feature - Clemson: the OSG-BOINC connection
• iSGTW Feature - Catching quakes with laptops
• “Invincible” climate prediction
• Internet2 Gender Diversity Initiative roundtable--part two
• Internet2 Gender Diversity Initiative roundtable
• Ice Age refuge illuminated by Blacklight
• HPC for your visual library: How algorithms and supercomputers assess video quality
• How to grow a universe – just add a supercomputer
• How did the universe get here?
• How can computational science surpass the software error plateau?
• High-performance computing clears up big bang chemical conundrum
• HathiTrust Research Center adds 5 billion pages to help scholars see farther
• Handling astronomical data from the world's largest telescope
• The growth of HPC in the life sciences
• Grid computing aids battle to reduce groundwater toxicity
• Golden opportunities for e-infrastructures at the EGI Community Forum
• Globus Online launches new website for European researchers
• Gather a pocketful of stars
• The fractured face of e-health
• Forecasting the wrath of a tsunami
• Feature - Volunteer computing helps rescue oiled Gulf Coast wildlife
• Feature - Volunteering for a better world
• Feature - Volunteer computing against childhood cancer
• Feature: Virtualization - key for LHC physics volunteer computing
• Feature - Superlinks to identify genetic culprits
• Feature - Scientists, meet the citizens
• Feature - Observing oceans online
• Feature - Next week: Chat live with experts about computational resources
• Feature - iSGTW's mid-term report card
• Feature - Cancer researchers speed crystallography using grid
• Feature - BOINC gets social with Facebook
• Facilitating research collaboration through computing and data infrastructure
• Evolutionary finance decodes the global financial markets
• Europe's first 'green' exascale computer
• Enlisting supercomputers in the fight against breast cancer
• Engaging citizens in science for research excellence
• EMI user survey: a surprising start
• Drawn to the sound: Supercomputers reveal phonon magnetism
• Dr Roboto will see you now
• Digital humanities: overcoming the barriers to data sharing
• Data mining highlights US gun control struggle
• Crowd-sourcing sex research
• Conserving bio-diversity at Peru's CIP
• Computing for Sustainable Water Project comes to an end
• Computer models aren’t playing with fire
• Collaborate across Europe with virtual university campuses
• Cloud could give European economy €1 trillion boost by 2020, predicts EC report
• Cloud computing: cooking up better contracts with Kuan Hon
• Citizen science — a power for change that's here to stay
• Celebrating 10 years of the UbuntuNet Alliance
• Cause and effect network models and high-throughput computing
• Building the US big data machine
• Bui inspires new fans of distributed computing
• Blue Waters enables groundbreaking computational science
• Big Agriculture part of the climate change solution
• Become a (citizen) scientist
• Gut feeling: XSEDE and TACC explore vascular disease
• iSGTW Link of the week - The world's most powerful computer
• iSGTW - Link of the Week: What our readers said
• iSGTW Link of the week - UCLA finds first Mersennes Prime over 10M digits
• iSGTW Link of the week - Virtual reconstruction of a prairie
• iSGTW Link of the week - Rosetta at home vid to crack 20,000 YouTube views
• iSGTW Link of the week - reCAPTCHA: stop spam, read books, beat the bots
• iSGTW Link of the week - ORBIT Open Access Radio Grid Testbed
• iSGTW Link of the week - Old friends and new: iSGTW, GridCafe, GridTalk and more
• iSGTW Link of the week - Money, infectious disease and Where's George?
• iSGTW - Link of the Week: LHC at home
• iSGTW Link of the week - How low can a Sudoku go?
• iSGTW Link of the week - GridRepublic performs at 700-plus teraflops
• iSGTW Link of the week - B.U.R.P
• Is XSEDE a wise use of public money?
• International team unravels the cotton genome
• Highlights from the EGI Community Forum 2013
• EGI Community Forum 2013
• Duncan Martin on the UbuntuNet Alliance in 2015
• Does high-performance computing really matter?
• Data Avenue for easy storage access
• Crowdsourcing earthquake detection: Smartphones to the rescue
• CERN and UNESCO celebrate anniversary of CERN Convention
• Brain deep dive
• Bored over the holidays? Why not enter our writing competition?
• Big data gives doctors another tool in leukemia fight
• Attacking Ebola with nanoparticles
• Announcing the EGI Writing Prize 2013 in association with iSGTW
• Explore the universe from the comfort of your home
• Even molecules have their own waltz
• Enter Charity Engine's Million-Core Challenge
• Can you find the Lego figurines hidden in the CERN data centre?
• Building the world's fastest car
• Bumps in the night
• Building a wind-tunnel computer to help fight cancer
• Adding more eyes to track continent-wide dragonfly migrations
• Does high-performance computing really matter?
• Keep an eye on all that stuff in space
• International team unravels the cotton genome
• Big data gives doctors another tool in leukemia fight
• Is XSEDE a wise use of public money?
• Supercomputers stomp grapes to improve US wine
• iSGTW Image of the week - New results from Fight AIDS at Home
• Video of the Week - A slice of the Citizen Cyberscience Summit
• Bumps in the night
• Space Junk in 3D
• Even molecules have their own waltz
• Postcards from Mars – but how did they get here?
• Rolling in the Higgs
• Adding more eyes to track continent-wide dragonfly migrations
• Next-generation computer chips based on macaque brain?
• Preserving humanity’s 'genetic Adam'
• Goldy locks: Scientists synthesize gold nanoparticles inside human hair
• Building a wind-tunnel computer to help fight cancer
• Planck findings throw new light on Big Bang theory
• Building the world's fastest car
• The stories behind the masks
• March of the titans
• Can you find the Lego figurines hidden in the CERN data centre?
• Rapid mapping aids disaster response
• Learn to code with EU Code Week
• Explore the universe from the comfort of your home
• Strobe-animated Fibonacci blooms
• Enter Charity Engine's Million-Core Challenge
• Simulating sound with supercomputers could lead to development of easy-to-play musical instruments
• The International Telecommunication Union (ITU) celebrates its 150th anniversary
• Historypin: Connecting communities through the power of digital maps
• Now showing: “Solar Superstorms,” narrated by Benedict Cumberbatch
• iSGTW Link of the week - The world's most powerful computer
• iSGTW Link of the week - B.U.R.P
• iSGTW Link of the week - How low can a Sudoku go?
• iSGTW Link of the week - ORBIT Open Access Radio Grid Testbed
• iSGTW Link of the week - Money, infectious disease and Where's George?
• iSGTW Link of the week - reCAPTCHA: stop spam, read books, beat the bots
• iSGTW Link of the week - GridRepublic performs at 700-plus teraflops
• iSGTW Link of the week - Old friends and new: iSGTW, GridCafe, GridTalk and more
• iSGTW Link of the week - Rosetta at home vid to crack 20,000 YouTube views
• iSGTW - Link of the Week: LHC at home
• iSGTW - Link of the Week: What our readers said
• iSGTW Link of the week - UCLA finds first Mersennes Prime over 10M digits
• iSGTW Link of the week - Virtual reconstruction of a prairie
• Link of the week - WCG quickly launches influenza project
• Link of the Week - Live from the CCS
• Reminder - Get in on the Name Game
• Link of the Week - A new twist on summer camp: computing classes in the wild
• Link of the Week - Einstein at home bags a pulsar
• Link of the Week - World Community Grid turns six
• Take a ride on the web bus
• Announcing the EGI Writing Prize 2013 in association with iSGTW
• Predicting the future for science and technology in Europe
• Bored over the holidays? Why not enter our writing competition?
• EGI Community Forum 2013
• A Stampede for science
• Highlights from the EGI Community Forum 2013
• Brain deep dive
• Join the dots to measure antimatter
• Data Avenue for easy storage access
• CERN and UNESCO celebrate anniversary of CERN Convention
• Attacking Ebola with nanoparticles
• Preserving three decades of Tevatron data
• The rain in Spain stays mainly in the ... hydrometeorological models
• UNOSAT joins the fight against Ebola
• Survey finds research software is vital for most academic work
• Duncan Martin on the UbuntuNet Alliance in 2015
• TACC directs traffic
• Sifting big data to anticipate solar flares
• Probing dark energy with the Large Synoptic Survey Telescope
• Supercomputers, stomachs, and biofuels
• Crowdsourcing earthquake detection: Smartphones to the rescue
• XSEDE: More than just supercomputers — it’s how to use them, too!
• Remote access science labs remove barriers to learning
• Multi-simulations show exposure to extreme heat may increase six-fold by mid-century
• New Horizons rendezvous with Pluto