Apr. 15: Microwires Could Lead to Brain-controlled Prosthetics

The thinness of the wires are what allows for deeper brain penetration without causing damage. [Thomas Industry Update]( [Industry Update]( [Thomas Industry Update]( [Microwires Could Lead to Brain-controlled Prosthetics]( Industry Trends [U.S. Manufacturing Caucus Shares COVID-19 Industrial Sourcing Resources]( Career & Workforce [5 Tips for Running an Effective and Engaging Remote Meeting]( Advertisement [Use This Guide to Source Materials Needed for Face Shields, Masks]( Based on the specs of publicly shared design files, we've developed a reference list of all components that can be sourced ASAP on Thomas, including quantities and links to suppliers ready to provide these materials. [Read More »]( Industry Trends [Apple and Google Team Up to Create Tracking for COVID-19 Cases]( Supply Chain [How a Chicago 3D Printer Is Gearing Up to Fill PPE Supply Gaps]( Engineering & Design [Moving the Fountain in Washington Square Park [A Byte Out of the Big Apple]]( Industry Trends [Industry Group Calls for National Manufacturing Hub, Executive]( Daily Bite [HeiQ Develops COVID-19-blocking Textile Treatment]( HeiQ recently released a new textile treatment that reduces virus infectivity by over 99.99%. [Read More »]( [What did you think of today's Insights?]( [1]( [2]( [3]( [4]( [5]( [Advertise on Thomasnet.com]( | [Visit Thomasnet.com]( | [Contact Us]( [Linkedin]( [Facebook]( [Twitter]( [YouTube]( [Instagram]( Copyright © 2020 Thomas Publishing Company 5 Penn Plaza, New York, New York 10001, USA This email was sent to {EMAIL}. You received this email because you are subscribed to [Thomas Industry Update]( from Thomas Publishing Company. If you were forwarded this email and want to get these emails daily, please [sign up here.]( [Modify Your Preferences]( | [Unsubscribe](