A team of researchers at the University of Houston have come up with an amazing lens that converts the camera on your smartphone into a microscope capable of 15x magnification, or to one-tenth the width of a human hair. Amazingly, each one costs just $5, works like a contact lens, and...
but, instead of creative effects, it’s more scientific. With the newMicro Phone Lens, which is currently beingcrowdfunded on Kickstarter, you can turn your smartphone into a microscope that captures magnificently magnified views of super tiny things...
摘要: A nifty gadgetromaeligompany, Inc., ishe WiPry-Combo,illedshe world'sirst dynamic powereterndpectrumnalyzerorhe iPad, iPod, iPodouch,nd iPhone.fferingouch interfacehat's notvailable with PC-based instruments, iturnsny iDevice intonltraportableest instrument. 年份: 2012 收藏...
Transform your PC into a powerful music studio effortlessly with our USB MIDI cable. This cable allows you to connect anyelectronic musical instrument to your computer, enabling you to record, overdub, mix, and edit your music compositions seamlessly....
Scientists from the Singapore MIT Research and Technology Alliance have developed the world's smallest LED (Light Emitting Diode). This new type of LED can be used to build the smallest holographic microscope to date, allowing existing cameras on mobile phones to be converted into microscopes simpl...
This model pulls from the ADDIE model and puts a microscope on the implementation and evaluation part of the Course Design model. Surrounding the delivery of the instruction is the content and context. While in our organization the content is somewhat fixed (already designed for instructors to del...
Transform Your PC into a Music Studio: This USB MIDI cable allows users to convert their PC into a professional music studio, ideal for music production and performance. Versatile Compatibility: Compatible with Windows operating systems including Win 2000, XP, Vista/7, as well as Mac OS X, ma...
phone'scamera lensand remains attached, Sung said; it is reusable. For the study, researchers captured images of a human skin-hair follicle histological slide with both the smartphone-PDMS system and an Olympus IX-70 microscope. At a magnification of 120, the smartphone lens was comparable to...