Jay Chance 5 (@jaychance5) 's Twitter Profile
Jay Chance 5

@jaychance5

Bizounours Realism DevPerso

ID: 747917675301572608

calendar_today28-06-2016 22:20:44

98,98K Tweet

700 Followers

5,5K Following

John Doe (@johndoe47564694) 's Twitter Profile Photo

CultureArchiNature LikesColumn❤Of(ColonneJ'aime❤De) ➡️WisedJay ➡️➡️Planet Infos&PersonalDev ➡️➡️Jay Chance 5 ➡️x.com/JayChance5/sta… Infos&ProfessionalDev TechnoCivilisationalDev ➡️➡️CivilisatioTransform ➡️➡️linkedin.com/in/michael-por… e.g. ➡️linkedin.com/posts/michael-…

SciTech Era (@scitechera) 's Twitter Profile Photo

This is INSANE: a breakthrough bringing artificial organs closer to reality. Scientists have created a new 3D-printable material that finally behaves like real human tissue. Researchers at the University of Virginia redesigned a common biocompatible polymer called polyethylene

This is INSANE: a breakthrough bringing artificial organs closer to reality.

Scientists have created a new 3D-printable material that finally behaves like real human tissue.

Researchers at the University of Virginia redesigned a common biocompatible polymer called polyethylene
WisedJay (@wisedjay) 's Twitter Profile Photo

LatestNewsAreOnTwtrX➡️ ForMore360ThemaInsights GoToWebsiteMenu ➡️x.com/IntEngineering… ➡️x.com/TechXplore_com… GoToWebsiteCategories&Blogs ➡️x.com/LifeboatHQ?t=T… Also CivilizationTransform ➡️CivilisatioTransform Energy&Materials ➡️JayChanceSPCT MedResearchTools ➡️BreakthroughMedicine&AdvancedResearchTools .

SciTech Era (@scitechera) 's Twitter Profile Photo

Quantum computing progress For the first time, researchers have shown a way to build fault-tolerant quantum computers that don’t require absurd numbers of qubits or extreme slowdowns. Scientists from Tokyo developed a new quantum computing protocol that dramatically reduces the

Quantum computing progress

For the first time, researchers have shown a way to build fault-tolerant quantum computers that don’t require absurd numbers of qubits or extreme slowdowns.

Scientists from Tokyo developed a new quantum computing protocol that dramatically reduces the