Advances in Science

• 170. Superconducting metamaterial traps quantum light

• 169. The big problem of small data: A new approach

• 168. UCLA scientists improve our understanding of the enzyme telomerase

• 167. Study shows machine learning can improve catalytic design

• 166. Quantum gas reveals first signs of path-bending monopole

• 166. The photoelectric effect in stereo

• 165. Quantum matter revealed electrical dipole activity unlike any other tested

• 164. A new method for solving a series of global optimization problems developed

• 163. Suppressing relaxation in superconducting qubits by quasiparticle pumping

• 162. Interplay of light and matter - A perfect attosecond experiment

• 161. Quantum optical circulator controlled by a single chirally coupled atom

To Top

• 160. Scientists unveil hidden step in enzyme mechanism

• 159. The process of DNA packaging in cell nucleus revealed

• 158. Key Mechanism of Cancer, Aging and Inflammation Uncovered

• 158. X-ray laser glimpses how electrons dance with atomic nuclei in materials

• 157. Theory of thermoelectric properties updated after 23 years

• 156. New Experiment Finds Neutrino Oscillation Isn't 'Real'

• 155. Scientists find exception to the laws of thermodynamics

• 154. Antenna-reactor catalyed photoreaction offer best of both worlds

• 153. Study opens new realms of light-matter interaction

• 152. Study reveals insights into protein linked to cancer and Alzheimer's disease

• 151. Tree inference for single-cell data

• 150. Quantum optics visible to the naked eye

• 149. Scientists reveal how cell corrects errors made in gene transcription

• 148. Viewing a catalytic reaction in action

• 147. A molecular switch to better understand cellular signaling

• 146. Scientists take next step towards observing quantum physics in real life

• 145. Gravitational Waves Detected, Confirming Einstein’s Theory--- WEB--- WEB

• 144. Physicists create first photonic Maxwell's demon

• 143. Scientists create ultrathin semiconductor heterostructures for new technologies

• 142. Metal oxide sandwiches: New option to manipulate properties of interfaces

• 141. Discovered: How to unlock inaccessible genes

To Top

• 140. On-Demand Single Photons with High Extraction Efficiency and Near-Unity Indistinguishability

• 139. One atom makes a big difference in a nanocatalyst reaction

• 138. The Ubiquitin-Proteasome System: Potential Therapeutic Targets for Alzheimer’s Disease and Spinal Cord Injury

• 137. Controlling Electrons At Femtosecond Timescales Could Enhance Efficiency Of Solar Cells

• 136. Isolating and controlling qubits for quantum information processing

• 135. Lipoprotein nanoplatelets shed new light on biological molecules and cells

• 134. Major step toward confirming the existence of the majorana particle

• 133. Controlling the thermodynamics of light

• 132. Calculation of the fundamental energy bandgap of materials may have no answer due to a logical paradox at the heart of mathematics

• 131. Scientists Enhance Understanding of Muscle Repair Process

• 130. Potential biochemical mechanism underlying long-term memories identified

• 129. A quantum of light for materials science---how to incorporate the effects of photons into the first-principles calculations

• 128. Quantum insulation: Intemperate atoms can't come to equilibrium

• 127. Stalling a Molecular Motor

• 126. Physicists Measure Force that Makes Antimatter Stick Together

• 125. 238 age related gene deletions that can extend lifespan by up to 60% for largest single gene deletion effect

• 124. Quantum physics meets genetic engineering

• 123. Physicists learn how to control the movement of electrons in a molecule

• 122. Physicists Set a New Fiber-Optic Quantum Teleportation Record

• 121. Theory explaining Electromagnetic energy without radiation could be important physics breakthrough

To Top

• 120. Mutated p53 tumor suppressor protein uses epigenetics to drive aggressive cancer growth

• 119. Elucidation of the molecular mechanisms involved in remyelination

• 118. The Last Great Prediction Of The Big Bang was Confirmed

• 117. Leukemia drug could be used to sabotage metabolism of cancer cells

• 116. Time-Lapse Analysis Offers New Look at How Cells Repair DNA Damage

• 115. X Rays Expose Transient Spins

• 114. Reprogramming Cancer Cells Back to Normal Cells

• 113. A metabolic master switch underlying human obesity---Researchers find pathway that controls metabolism by prompting fat cells to store or burn fat

• 112. Attosecond electron catapult

• 111. How Quantum Randomness Saves Relativity

• 110. Perovskite combined with quantum dots for superefficient LED lighting and high speed communication

• 109. Three Experiments That Show Quantum Physics Is Real

• 108. Famous Fluid Equations Are Incomplete

• 107. Elusive Weyl fermion found at long last

• 106. New Discovery in Particle Physics Raises Hope for a “Theory of Everything”

• 105. Researchers Discover Initiation Mechanism for Dendritic Spines

• 104. The Value of Basic Research

• 103. Reality doesn’t exist until we measure it, quantum experiment confirms

• 102. Researchers Reactivate Lost Memories With Optogenetics---Lost memories can be recalled by activating brain cells with light

• 101. Atomic telescope brings atoms to standstill

To Top

• 100. New target for anticancer drugs: RNA

• 99. Race to detect gravitational waves intensifies

• 98. Scientists pinpoint molecule that switches on stem cell genesis and tumor evolution

• 97. In vivo CRISPR-Cas9 screen sheds light on cancer metastasis and tumor evolution

• 96. A thermionic energy converter using single-layer graphene

• 95. A New Small Molecule Binds to Cancer’s DNA, Prevents Replication

• 94. Two quantum properties are teleported together for first time

• 93. Quantum Radar---A quantum illumination technique can aid the sensing of weakly reflective targets in a noisy background

• 92. Confirmation of ultra-high energy molecules with 500 times the bond energy of a triple carbon bond

• 91. New Algorithm for Real-Time Simulations in Materials Research

• 90. When Time Flows Backwards

• 89. Earthquake early warning begins testing in Pacific Northwest

• 88. A Pill That Mimics the Immune System

• 87. Photons simulate time travel in the lab

• 86. Newly Discovered Networks among Different Diseases Reveal Hidden Connections

• 85. New Measurements Show that the Unrealest Part of Quantum Physics Is Very Real

• 84. Evidence mounts for quantum criticality theory

• 83. Telomere extension turns back aging clock in cultured human cells, study finds

• 82. Scientists found a way to reduce Alzheimer's plaques--targeting sugar attachment to the BACE1 enzyme.

• 81. Some Spaces Can’t Be Cut--A mathmatician proved that FEM in higher-dimensional spaces may not always be possible.

To Top

• 80. Is gravity the force driving time forwards?--A new theory seeks to explain the arrow of time and why it travels in one direction.

• 79. Two quantum mysteries merged into one

• 78. The Secret Benefits of a Curious Mind--when we are curious about something, it makes it easier to learn.

• 77. Key Stem Cell Gene Found to Have On-off Switch

• 76. Nano-movies of biomolecules--Imaging proteins at atomic spatial resolution and ultrafast temporal resolution.

• 75. Fluorescence Microscopy: New 2-D Images Can Detect Cancer Risk

• 74. LHCb experiment observes two new baryon particles--The LHCb experiment at CERN’s LHC announced the discovery of two new particles predicted to exist by the quark model but had never been seen before.

• 73. Time Trials for Fundamental Constants--Single-ion clocks yield new limits on how much the proton-to-electron mass ratio and the fine structure constant change over time.

• 72. How cancer cells assure immortality by lengthening the ends of chromosomes--Scientists at the Salk Institute had discovered an on-off switch in cells that might allow for increasing telomerase to keep cells dividing and generating.

• 71. The Immune System Fights Back. --Reprogrammed T cells show promise at beating blood cancers.

• 70.Physicists Succeed In Compressing Quantum Data for the First Time.

• 69.Biologists find an early sign of cancer--Researchers discovered boost in certain amino acids in patients years before diagnosis of pancreatic cancer.

• 68.Climate-Earth system computer model to be the most advanced ever created

• 67.Single Molecule Microphone

• 66.Quantum mechanic's problem Of Heisenberg uncertainty may have been solved using fluid dynamics

• 65.Locality and universality of quantum memory effects

• 64.Turning beams of light into a SOLID--Technique that changes behaviour of photons could make quantum computers a reality.

• 63.Researcher tracks photons to develop unprecedented quantum technology--Functional nanomaterials give an opportunity to explore the quantum landscape ranging from cryptography to neurology.

• 62.Electron's Quantum Behavior Recorded

• 61.Blocking the Signal: Brain-derived growth factor may lure lung cancer cells to migrate

To Top

• 60.Computing a Cure for HIV--9 Ways Supercomputers Help Scientists Understand and Treat the Virus

• 59.Fermi paradox: Are We Alone In The Universe?

• 58.The Most Promising Antioxidant You Never Heard Of

• 57.Diamond Teleporters Herald New Era of Quantum Routing

• 56.Harvard researchers present new view of myelin

• 55.Tumor-suppressor connects with histone protein to hinder gene expression

• 54.Forcing cancer cells to devour themselves by blocking a protein signal

• 53. Five Thought-Provoking Quantum Experiments Showing That Reality Is an Illusion

• 52.Quantum Photon Properties Revealed in Another Particle—the Plasmon

• 51.Thermodynamics Confronts Quantum Mechanics--Heat flow carried by electrons in a thermoelectric device requires a surprisingly wide “pipe”—a rare case where quantum effects have macroscopic consequences.

• 50.Gravitational lensing

• 49.Quantum Link Between Photons that Don’t Exist at the Same Time

• 48.Quantum Internet: First Teleportation To A Solid-State Quantum Memory

• 47.Going Beyond the Carnot Limit with a quantum Otto engine

• 46.Statistical flickers in a Bose-Einstein Condensate of Photons

• 45.Folding: Bad Proteins Branch Out

• 44.Survival of a Quantum State

• 43.How Metamaterials Could Hold the Key to High Temperature Superconductivity?

• 42.Quantum world record smashed--A normally fragile quantum state has been shown to survive at room temperature for a world record 39 minutes.

• 41.Shedding Light On Neuronal Networks

To Top

• 40.The 10 biggest breakthroughs in physics over the past 25 years

• 39.Physicists decode decision circuit of cancer metastasis

• 38.Harvard-MIT Scientists Create Never-Before-Seen Form of Matter--coax photons into binding together to form molecules

• 37.What are oncogenes?

• 36.On the Road to Fault-Tolerant Quantum Computing

• 35.The Central Dogma goes YouTube

• 34.Quantum Gravity--The Missing Theory to Understanding the Evolution of the Universe

• 33.DNA methylation presents distinct binding sites for human transcription factors

• 32.Why optogenetics deserves the hype?

• 31.How to interpret quantum mechanics?--A wiki guide

• 30.How Genes Tell Cellular Construction Crews--When a sperm and an egg combine, the new embryo bustles with activity. Its cells multiply so rapidly they largely ignore their DNA, other than to copy it and to read just a few essential genes.

• 29.Why tumors become drug-resistant--New findings could lead to drugs that fight back when tumors don’t respond to treatment.

• 28.Cancer as a dysregulated epigenome allowing cellular growth advantage at the expense of the host--A Nature review paper

• 27.How to See the Big Bang?

• 26.Quantum Biology: Do We Need DNA To Tell Time?

• 25.Searching for quantum physics in all the right places--An improved method for measuring quantum properties offers new insight into the unique characteristics of quantum systems.

• 24.Squeezing Out More Information About Entanglement

• 23.Kidney cancer progression linked to shifts in tumor metabolism

• 22.Where does the Standard Model of physics come from?

• 21.Hypersensitive Wires Feel the EM Force

To Top

• 20.Can We Resolve Quantum Paradoxes by Stepping Out of Space and Time?

• 19.How Quantum Field Theory Becomes “Effective”?

• 18.Can We Resolve Quantum Paradoxes by Stepping Out of Space and Time?

• 17.Heat dissipation in atomic-scale junctions

• 16.Spintronics approach enables new quantum technologies--A team of researchers developed technologies that exploit quantum mechanics to perform disparate tasks such as nanoscale temperature measurement and processing quantum information with lasers.

• 15.Visualizing Entanglement In Real Time

• Quantum Weirdness--New Insights

• 14.Gene-Silencing Activity Discovery Could Lead To Treatment For Viral Infections, Cancers And Other Diseases--A team led by scientists at TSRI has found how to boost or inhibit a gene-silencing mechanism that normally serves as a major controller of cells' activities.

• 13.Breakdowns in DNA copying process lead to cancer, other diseases

• 12.From Atoms To Bits, Physics Shows Entropy As The Root Of Intelligence--Intelligence is a fundamentally thermodynamic process, where any given system engages in a physical process of trying to capture as many future histories as possible.

• 11.Protein maintains order in the nucleus--How two metres of DNA can be packed into the cell nucleus on a strictly defined arrangement?

• 10.Querying the Cancer Transcriptome--The finding that less than 2% of the transcriptional output of the human genome encodes proteins and approximately 98% encodes noncoding RNAs

• 9. The Science of the Cosmic Microwave Background--

• 8. Cosmic Conflation: The Higgs, The Inflaton, and Spin

• 7. SIRT1 Regulation by Allosteric Activators--A molecule that treats multiple age-related diseases would have a major impact on global health and economics.

• 6. Exceptional Material Properties by Design--For the details see this paper in Science magzine.

• 5. Characterizing Quantum Measurement--For the details see this paper in Science magzine.

• 4. Superconducting Circuits for Quantum Information: An Outlook--For the details see this paper in Science magzine.

• 3. Topological Quantum Computation—From Basic Concepts to First Experiments--For the details see this paper in Science magzine.

• 2. The Planck Mission--the team of Planck Mission released a new map of the cosmic microwave background radiation.

• 1. Researchers find a better way to culture central nervous cells--A protein associated with neuron damage in people with Alzheimer's disease is surprisingly useful in promoting neuron growth in the lab.

Advances in Technology

• 169. A roadmap for quantum internet development

• 168. New electron microscope shows the quantum world in crazy detail

• 167. First proof of quantum computer advantage

• 166. New memristor boosts accuracy and efficiency for neural networks on an atomic scale

• 165. Powerful microscope sheds new light on photosynthesis

• 164. A phonon laser operating at an exceptional point

• 163. Physicists developed self-propelled droplets that can act as programmable micro-carriers

• 162. Innovative Interferometric Method Reveals Time of Electron Photoemission from Atom

• 161. Promising new approach for controlled fabrication of carbon nanostructures

To Top

• 160. Electrically tunable metasurfaces pave the way toward dynamic holograms

• 159. Ultrahigh sensitivity graphene infrared detectors for imaging and spectroscopy

• 158. Scientists boost catalytic activity for key chemical reaction in fuel cells

• 157. Developing graphene microwave photodetector

• 156. Scientists develop ‘ideal’ energy storage material for electric vehicles

• 155. Silicon nanoparticles trained to juggle light

• 154. Tunneling ionization helps scientists to track ultrafast changes in molecules

• 153. Achieving zero resistance in energy flow

• 152. Unique nano-capsules promise the targeted drug delivery

• 151. Getting a better measure of spin with diamond

• 151. Artificial intelligence help creates the next wonder material

• 151. Seeing atoms and molecules in action with an electron 'eye'

• 149. Manipulating light inside opaque layers

• 148. Nanomachines that could drive a medical revolution

• 147. Scientists Have Found a Way to Control Electrons in Action

• 146. Cancer cells filmed in 3D for first time through new microscope

• 145. High-efficiency wireless power transfer system

• 144. Acoustic tweezers moves cells in three dimensions, builds structures

• 143. Switchable material could enable new memory chips--Small voltage can flip thin film between two crystal states.

• 142. New technique could facilitate use of gold nanoparticles in electronic, medical applications

• 141. Promising new approach for controlled fabrication of carbon nanostructures

To Top

• 140. Algorithm helps turn Smartphones into 3-D Scanners

• 139. Protein imaging reveals detailed brain architecture

• 138. Nanoscale drawbridges open path to color displays

• 137. HyPer-Tau provides spatially-resolved hydrogen peroxide sensing in cells

• 136. Using 3-D printing to build human physiology outside the body

• 135. Using light-force to study single molecules

• 134. New technique reveals causes of ageing in yeast

• 133. Get Ready for Diamond Nanothread

• 132. How Neuromorphic Image Sensors Steal Tricks From the Human Eye

• 131. Harvesting more energy from photons

• 130. Open Insulin

• 129. The nanotechnology inside the human body

• 128. First optical ‘rectenna’ converts light to DC current---aiming at 40-to-90% PV efficiency

• 127. First all-optical chip memory

• 126. 3-D printing lightweight, flexible multiple materials in real time, including electronic circuits

• 125. Maximizing Energy from Solar Panels on Slanted Roofs with kirigami shapechanging solar cells

• 124. Light-harvesting nanoparticles captures energy from ‘hot electrons’ to split molecules of water into oxygen and hydrogen

• 123. Issues preventing highly integrated carbon nanotube chips has been resolved

• 122. Lipid DNA origami may lead to advanced future nanomachines

• 121. Molecular cut-and-paste method improves on pasting

To Top

• 120. Making hydrogen fuel from water and visible light at 100 times higher efficiency

• 119. Lockheed Martin Compact Fusion Reactor Update with Video of Technical Presentation made at Princeton

• 118. New solid-state memory technology allows for highest-density non-volatile storage

• 117. Could the new Intel Micron 3D Xpoint be a breakthrough form of Phase Change Memory?

• 116. New supercapacitor design offers record high-energy storage

• 115. High-Performance Single-Molecule Diode that outperforms the best of its predecessors by a factor of 50

• 114. Energy devices go wireless

• 113. Nanospheres safely deliver high chemotherapy doses to attack tumors

• 112. A graphene-based molecule sensor

• 111. New graphene supercapacitor structure inspired by the intricate design of leaves

• 110. 3-D printing tough biogel structures for tissue engineering or soft robots

• 109. Mini Origami Robot That Self-Folds, Walks, Swims, Digs, Carries Loads, Climbs And Dissolves Into Nothing

• 108. Quantum computing breakthrough announced

• 107. One step closer to a single-molecule device

• 106. Dwave Systems might enable breakthroughs in optimization, machine learning and artificial intelligence

• 105. Laser technique for low-cost self-assembly of nanostructures

• 104. 3D-printed aerogels enable new energy-storage and nanoelectronic devices

• 103. Laser Thruster has moved a one pound object on a frictionless track

• 102. Snail-inspired nanosensor detects and maps mRNA in living cells

• 101. Build Brain-Inspired Chips with memristors

To Top

• 100. Stanford Researchers Unveil New Ultrafast Charging Aluminum-Ion Battery

• 99. Tiny Chip From Caltech Could Revolutionize 3D Imaging

• 98. Quantum-like polarization metrology with classical light

• 97. DNA nanobots will be tried in a leukemia patient

• 96. Optical fibers demonstrate brain-like computing

• 95. Eight Trends Will Reshape Biotechnology

• 94. A step closer to quantum computation with Quantum Error Correction

• 93. Magic 'metamaterials' storm physics

• 92. Moore's Law will continue through 7nm chips

• 91. Silicon Nanofibers could boost lithium battery energy density by ten times

• 90. Brain cells controlled with light

• 89. Paper-Thin Lenses Could Shrink Cameras and Holographic Displays

• 88. Flexible 3D graphene supercapacitors may power portables and wearables

• 87. Intel to Launch 10nm Chips in Early 2017?

• 86. It’s time to vote to fight mitochondrial disease

• 85. The Precision Medicine Initiative: Data-Driven Treatments as Unique as Your Own Body

• 84. New Technique Reverses Aging By Decades In Cultured Human Cells.

• 83. Quantum entanglement can be created on a silicon photonic chip.

• 82. Supermaterials improve solar collectors

• 81. 12 energy storage startups to watch in 2015

To Top

• 80. Genome engineering used to create a bacterial kill switch

• 79. 25 disruptive technology trends for 205-2016

• 78. Walk to power your wearable and portable devices may become possible

• 77. Switch on any gene you like--Using CRISPR-Cas9 gene-editing system MIT researchers can reliably turn on any gene of their choosing in living cells.

• 76. Electron pairs on demand--Controlled emission and spatial splitting of electron pairs demonstrated

• 75. Five Practical Uses for "Spooky" Quantum Mechanics--tools that harness the weird properties of quantum mechanics are at work.

• 74. A battery made up of billions of nanoscale batteries--Imagine a battery made up of billions of nanoscale energy storages.

• 73. How to store solar energy more cost-effectively for use at night--Stanford researchers have developed a solution: using electrolysis to store solar energy.

• 72. Open-Source Rapid Prototyping for Biology--Accelerating research with open, affordable, and easy-to-use lab robots. OpenTrons aims to empower people to innovate with biotech.

• 71. Ultra-high-resolution movies of live 3D biomolecules now possible with new microscope--A new lattice light sheet microscopy can image the three-dimensional activity of molecules, cells, and embryos in fine detail.

• 70.How to make a perfect solar absorber--Researchers at MIT have made a perfect solar absorber with a 2D metallic dielectric photonic crystal

• 69.TenPromising Technologies Assisting the Future of Medicine

• 68.Visualizing nanotechnology in 3D with open source software

• 67.Fourier plane imaging microscopy--The image generated by a microscope's objective lens can provide different information

• 66.Nanoscale study sheds new light on why batteries go bad--rapid-charging and draining the battery may not be as damaging as researchers had thought

• 65.Breakthrough Extracts Hydrogen from Water 30 Times Faster

• 64.Buckyballs and diamondoids combine to form basic electronic device

• 63.Ultrasensitive biosensor using molybdenite semiconductor outshines graphene

• 62.Cryogenic on-chip quantum electron cooling leads towards computers that consume 10x less power

• 61.A tool for measuring atomic properties at the quantum limit

To Top

• 60.Spooky Quantum Entanglement Reveals Invisible Objects--a quantum camera captures images with two-colored light that never "saw" the object.

• 59.Nanoscale assembly line of biological molecules

• 58.Optalysys and Optical computing

• 57.Video: How CRISPR gene editing technology came to dominate genetic engineering

• 56.Generating electricity from water droplets

• 55.Monolithic 3D Integration of Carbon Nanotube Logic Transistors could provide a thousand fold power reduction for computer processors

• 54.'Nanodaisies’ deliver more powerful drug cocktail to cancer cells

• 53.MRI, on a molecular scale

• 52.A 3D Display You Can Touch

• 51.Observing behavior of single molecules in real time

• 50.Imaging small biomolecules inside live cells

• 49.Two-dimensional ‘electron gas’ creates radical microelectronics devices

• 48.Promising results with local hyperthermia of tumors

• 47.Why It Takes Decades to Produce a New Solar Material

• 46.Quantum computation in diamond

• 45.Capturing ultrasharp images of multiple cell components simultaneously

• 44.Nanomotors Are Controlled Inside Living Cells

• 43.How Bisulfite Pyrosequencing Works?

• 42.Extending future electric-car battery life, range

• 41.Synthetic genetic clock checks the thermometer

To Top

• 40.A Molecular Toolkit for Gene Silencing

• 39.Graphene Is Going to Change the World

• 38.Low-cost, long-lasting water splitter made of silicon and nickel

• 37.A multifunctional nano carrier to detect, diagnose, and deliver drugs to cancer cells

• 36.Diagnostic devices the size of a credit card

• 35.How to Turn a Smartphone Into a Digital Microscope

• 34.Mixing nanoparticles to make multifunctional materials

• 33.In vivo observation of genes--observing the organisation and movements of the genome in time and space

• 32.Mining biological networks for new treatments for disease

• 31.An all-atom protein search engine powered by Haskell

• 30.Programming language for biochemistry--viewing biology as a specialization of evolvable circuits

• 29.Quantum Dots Versus Nanowires For The Future Of Solar Power

• 28.Accelerator on a chip--new generations of smaller, less expensive accelerator for science and medicine

• 27.How to use an iPhone to diagnose eye disease?

• 26.Optical Bernoulli Forces Could Steer Objects Bathed in Light--A tracker beam technology

• 25.The immersive 3D computer interface technology

• 24.Segmenting noisy signals from nanopores

• 23.Squeezed light produced using silicon micromechanical system--A team at Caltech has engineered a miniature silicon system that produces a type of light that has fewer quantum fluctuations than what is usually present in a vacuum.

• 22.Making CRISPR genome editing more effective and accurate and separately controlling genes with light

• 21.What Are the Resolution Limits in Electron Microscopes?

To Top

• 20.Genome editing becomes more accurate--Improved technique makes it easier to add or delete genes in living cells, with less risk of off-target DNA damage.

• 19.Quantum Entanglement in Future Communication Technologies

• 18.Minimally-invasive eye surgery on the horizon as magnetically-guided microbots move toward clinical trials

• 17.Enhancing RNA interference--Nanoparticles that deliver short strands of RNA offer a way to treat cancer and other diseases by shutting off malfunctioning genes.

• 16.Spintronics approach enables new quantum technologies--A team of researchers developed technologies that exploit quantum mechanics to perform disparate tasks such as nanoscale temperature measurement and processing quantum information with lasers.

• 15.Helicopter-light-beams: A new tool for quantum optics--Laser light can be coupled into an optical glass fiber in such a way that it does not travel along the fiber but rather spirals around it in a bulged, bottle-like section.

• 14.Metamaterial UV lens could lead to improved lithography and nanoscale manipulation

• 13.First Quantum-Enhanced Images of a Living Cell--Biologists have used “squeezed light” to create the first images of a living cell that beat the diffraction limit.

• 12.Short read alignment: an introduction--A fundation of next generation sequencing technology

• 11.Translating Protein Network Models into the Clinic using Machine Learning Algorithms--Single molecule microscopy techniques have been developed and applied to study these interactions and unravel their fundamental biology.

• 10.A complete DNA sequencer on a USB stick--This dream device was to cost under $1,000 and be able to sequence up to 150 million base pairs in its six hour lifetime.

• 9. Tomorrow's Material World is Being Built at the Molecular Foundry--The Molecular Foundry at UCB is developing metal-organic chemical vapor deposition tools for tomorrow's nanotech.

• 8. Querying the Cancer Transcriptome--The finding that less than 2% of the transcriptional output of the human genome encodes proteins and approximately 98% encodes noncoding RNAs

• 7. Zooming in on Laser-Driven Fusion

• 6. Searching for Functional Noncoding Variation--Exome sequencing is being widely employed to determine the genetic basis of inherited disease.

• 5. How particle physics improves your life

• 4. RNA-seq Analysis--A ppt file for RNA seq.

• 3. DNA Methylation Rules: Studying Epigenetics with New Tools--The tools to unravel the epigenetic control mechanisms that influence how cells control access of transcriptional proteins to DNA.

• 2. How To Identify Conserved Elements In Genes--Conserved elements are stretches of DNA sequence that are under purifying selection.

• 1. Theory of Algorithmic Self-Assembly--Self-assembly is the process by which small components automatically assemble themselves into large, complex structures.

Advances in Engineering

• 109. Ceramic–metal composites for heat exchangers in concentrated solar power plants

• 108. 3D-printed supercapacitor electrode breaks records in lab tests

• 107. Engineers developed an ultrasonic, rotary piezo motor with high resolution and holding torque

• 106. Engineers 3-D print high-strength aluminum, solve ages-old welding problem using nanoparticles

• 105. 3D Printed Reflector Improves WiFi Signal and Security in Interior Spaces

• 104. The Next Generation PID Control and APC Software

• 103. 10 Data Science, Machine Learning and IoT Predictions for 2017

• 103. Intel Launches Silicon Photonics Chip with 100G tranceivers and preps Next-Gen Phi for machine learning

• 102. MIT researchers use 3D printing to produce MEMS at one-hundredth usual cost

• 101. Autodesk + microsoft preview hologram rendering platform for designers using ‘hololens’

To Top

• 100. Biomedical imaging at one-thousandth the cost

• 99. Get started with Sense HAT

• 98. How-to: Build a Machine-Learning App Using Sparkling Water and Apache Spark

• 97. Autodesk open sources Linux-based 3D printer

• 96. Architecture for a smart home

• 95. Make a connected barometer shield for Arduino Uno – using an ESP8266

• 94. How to Assemble Real-Life Neurons with NeuroBytes?

• 93. Motion-controlled Servos with Leap Motion & Raspberry Pi

• 92. Mycroft Raspberry Pi Open Source Artificial Intelligence System

• 91. Home Automation with Raspberry Pi

• 90. Designing a CPU in VHDL for FPGAs: OMG

• 89. A Practical Introduction to IoT using Arduino, Node.js and Plotly

• 88. CHIP – The World’s First $9 Computer

• 87. How to Build Beautiful Enclosures from PCBs

• 86. Python-Programmable Development Board: WiPy

• 85. Create an Internet of Things Dashboard with Adafruit IO

• 84. Open-source IoT kit runs OpenWRT, mimics Arduino Yun

• 83. Microsoft and Arduino Announce Hardware-Support Collaboration

• 82. FPGA Add-On Boards Supported By Raspberry Pi And BeagleBone Black

• 81. A simple, modular solution for building electronic devices

To Top

• 80. New inexpensive centimeter-accurate GPS system could transform mainstream applications

• 79. How FPGAs work, and why you'll buy one

• 78. Breakthrough in FPGAs could make custom chips faster, larger

• 77. The Wolfram Data Drop Is Live! ---Efficiently store and analyze streaming IoT data

• 76. Top 10 emerging technologies of 2015

• 75. Z-Wave---a wireless communications protocol designed for home automation.

• 74. Advanced machine vision becomes simple using OpenMV Cam board with embedded MicroPython.

• 73. Useful open-source electronics prototyping platforms based on easy-to-use Arduino boards

• 72. A cloud platform for the Internet of things

• 71. Simple Arduino ultrasonic radar system

• 70. Hardware and Firmware Issues in Using Ultra-Low Power MCUs

• 69. Stream Temperature Data from a Raspberry Pi

• 68. Control Home Light With Android Mobile phone

• 67. Arduino-based time-lapse camera

• 66. Quest for Quantum Computers--A 30-year slog to develop a useful quantum computer may finally be on the verge of paying dividends

• 65. How to use ESP8266 ESP-01 as a SENSOR web client

• 64. Stereo Depth Perception on the Raspberry Pi--This article describes how to produce a real-time stereo depth perception with two Pi compute modules and Raspberry Pi.

• 63. Home Automation with Arduino and Raspberry Pi--How to create Arduino gateway and OpenHAB for home automation?

• 62. A day in a life of a product manager

• 61. How to self educate yourself to become a product manager--Kenneth Norton compiled a list of hyperlinks to articles that teach you to become a good product manager.

To Top

• 60.Great Opportunities for Startups--There are a lot of startup ideas we’ve been waiting for people to apply with for years.

• 59.A startup delivers a smallmicrocontroller board PyBv that is programmable with Python

• 58.Adafruit ultimate GPS

• 57.Tutorial for ESP8266 Serial WiFi Module

• 56.Raspberry Pi Learning Resources

• 55.Home Automation with Siri and Raspberry Pi

• 54.My Off-grid Solar System Monitoring--再生能源、儲能、電力需求管理是未來家庭智慧化的驅動核心。在太陽光電技術與產業漸趨成熟下，結合雲端管理技術使其運用更為成熟，為必然之趨勢。這篇Blog聯結資料告訴我們如何進行雛型開發。

• 53.How to Make a Smartphone Projector for Less Than $5

• 52. Twenty Wireless Arduino Home Automation w/ OpenHAB

• 51.Analyzing Fitness Data from Wearable Devices in MATLAB

• 50.Making embedded Linux computer

• 49.Mobile Robotics with Scratch: Preparing your Linux PC, Arduino and Scratch to communicate wireless via Bluetooth

• 48.Mini Cellular GSM Breakout uFL Version

• 47.Ten DIY Kits & Modules To Experiment With Electronics

• 46.A PCB printer for photoresist which uses a PHR-803T Blue-Ray™ pickup

• 45.How to Build a Raspberry Pi Radio Transmitter

• 44.DIY Prototyping Board with 3.3V, 5V, 12V and -12V Built in Power Supplies

• 43.Deciphering The Economics Of Venture Capital

• 42.Fourteen Emerging Health Technologies That Will Change The World

• 41.Arduino lessons

To Top

• 40.Interesting Approach to Predicting Future Stock Returns

• 39.First test with EVRYTHNG cloud, Raspberry PI and Python

• 38.This startup figured out how to charge devices wirelessly

• 37.Introducing PredictionIO

• 36.Free Software for 3D Printing

• 35.Designing the New Enterprise: Issues and Strategies

• 34.An Example of Dividend Stock Investing

• 33.A Graphical Tool for Working with Streams of Data

• 32.Three Ideas Wearable Designers Should Steal From This Smart Medical Device

• 31.Finding the Best-fit for Lean Startup Methodology

• 30.Raspberry Pi : Adafruit Industries, Unique DIY electronics and kits

• 29.Tutorial – Making a Bluetooth Temperature & Humidity Sensor

• 28.Standards for Web Applications on Mobile

• 27.An award-winning LCD with an Arduino built-in

• 26.Indicate your build status with programmable light bulbs

• 25.Notifying Doorbell with PushingBox

• 24.Building an open source Nest — Spark Blog

• 23.Automatically watering your plants with sensors, a Pi and webhooks

• 22.Supercomputing on the cheap with Parallella

• 21.Micro Python: Python for microcontrollers

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• 20.Do-it-yourself EEG, EKG, and EMG using Arduino

• 19.Structure Sensor: Capture the World in 3D

• 18.How to give robotic systems spatial sensing with visual intelligence?

• 17.Scene Reconstruction from High Spatio Angular Resolution Light Fields--a method for scene reconstruction of complex, detailed environments from 3D light

• 16.Harlan: A new GPU programming language

• 15.Metaseq: a Python framework for integrating sequencing analyses--YouTube link to SciPy2013 Tutorial

• 14.Statistical Data Analysis in Python--YouTube link to SciPy2013 Tutorial

• 13.An engineer’s software toolbox

• 12.Seeing the human pulse--Algorithm can accurately gauge heart rate by measuring tiny head movements in video data.

• 11. Developing with AngularJS - Part I: The Basics

• 10.Four microphones and computer algorithm produce 3-D model of simple, convex room--Blind people sometimes develop the ability to perceive the contours of the room based only on auditory information.

• 9. How FPGAs work, and why you'll buy one

• 8. An Anomaly Event Correlation Engine--Identifying Root Causes, Bottlenecks, and Black Swans in IT Environments

• 7. The Big Data Matrix--analyzing meanings and relations of everything.

• 6. Short read alignment: an introduction--A fundation of next generation sequencing technology

• 5. The Big Data Matrix--analyzing meanings and relations of everything.

• 4. How to handle largish genetic data sets efficiently?

• 3. Data Clustering Using Naive Bayes Inference-Data clustering is a machine-learning technique that has many important practical applications.-

• 2. Hidden Markov Models--A tutorial on HMM in C#.

• 1. Ten Free online resources for learning Algorithms and Data Structures--Here are 10 free online resources for learning Algorithms, data structure and programming