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Research NewsA new era of mitochondrial genome editing has begunScientists successfully achieve A to G base conversion, the final missing piece of the puzzle in gene-editing technologyRead More

Research NewsSuppressing the Auger recombination process in quantum dotsIBS research group reveals the underlying principle for controlling the transition dipole momentRead More

Research NewsLarge future changes in climate variabilityNew computer model simulations identify widespread changes in climate variability under sustained anthropogenic forcingRead More

IBS NewsFewer El Niño and La Niña events in a warmer worldHighest resolution global warming simulation conducted to date reveals possible end of El Niño/ La Niña temperature cycleRead More

IBS NewsCreation of the most perfect grapheneNew discovery allows for scalable production of fold-free and ad-layer free single-crystal grapheneRead More

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2022-08-10Uncovering the Secret of Insulin Growth Factor Ternary Complex

Scientists determined the cryo-EM structure of IGF Ternary complex and its assembly & activation mechanism

2022-07-26The structure of the smallest semiconductor was elucidated

The smallest semiconductor composed of only 27 atoms, the Cd14Se13 cluster, has an interesting core-cage structure

2022-07-21Lighting up the B cells

Distinguishing B cells from T cells using an SLC35C2 transporter-targeting fluorescent probe

2022-06-21The astrocytic urea cycle in the brain controls memory impairment in Alzheimer’s Disease

New results reveal the urea cycle in astrocytes as the link between amyloid-beta accumulation and memory loss, providing enzyme ODC1 as a new therapeutic target to treat Alzheimer’s Disease

2022-06-10“Merlin” serves as a gatekeeper in new blood vessel formation

“Merlin” serves as a gatekeeper in new blood vessel formation

2022-05-19Synthesis of two-dimensional holey graphyne

Synthesis of two-dimensional holey graphyne

2022-05-18Reliable diagnostics at the tip of your finger

Reliable diagnostics at the tip of your finger

2022-05-02Using sound to control enzymatic reactions

Unhackneyed compartmentalization generated by audible sound allows the enzyme reactions to be controlled spatiotemporally

2022-04-27Measuring the ‘wettability’ of graphene and other 2D materials

Microscopic understanding of wettability can be achieved at the molecular level using 'vibrational sum-frequency generation spectroscopy' (VSFG)

2022-04-26Learning chemical networks give life a chiral twist

Chirality preference in a living matter may arise spontaneously to optimize energy harvesting

2022-04-26A new era of mitochondrial genome editing has begun

Scientists successfully achieve A to G base conversion, the final missing piece of the puzzle in gene-editing technology

2022-04-13Unlocking the molecular mechanism of PTSD treatment

Scientists discover that modulating NMDA receptor activity is the key to successful treatment

2022-04-13Early human habitats linked to past climate shifts

2022-04-05Novel framework for classifying chaos and thermalization

Observation of new chaoticity related time and length scales explains the breakdown of thermalization

2022-03-23Connecting identical models via PT-symmetric disorder

Researchers ponder the possibility of quantum communication in systems with many degrees of freedom

2022-03-22New technology to make charging electric cars as fast as pumping gas

Quantum charging will cut the charging time of electric vehicles from ten hours to three minutes

2022-02-22Scientists develop a new platform technology for personalized cancer therapy

A new therapy called CINDELA (Cancer-Specific InDel Attacker) employs CRISPR-Cas9 to kill cancer cells without affecting normal tissues

2022-02-15Scientists discover how our circadian rhythm can be both strong and flexible

Combination of computer modeling and animal experiments reveal that master and slave oscillators function via different molecular mechanisms

2022-02-14A new microscope allows for high-throughput 3D adaptive optical imaging

Real-time aberration-free dynamic speckle microscopy was realized using compressed time-reversal matrix

2022-02-08New discovery may revolutionize our decades old understanding of integrable hierarchies

KdV and BKP, two solitonic integrable hierarchies important in modern theoretical physics and mathematics, are surprisingly related

2022-01-17Boxing up molecular machines

The construction of a molecular rotor inside a nanostructured cage allows for the development of a tunable molecular device

2021-12-09Large future changes in climate variability

New computer model simulations identify widespread changes in climate variability under sustained anthropogenic forcing

2021-08-19Experimental confirmation of wave-particle duality

Complementarity relation of wave-particle duality is analyzed quantitatively with entangled photons as path detectors

2021-06-08A simple model of development reveals shapes of cell lineages and links to regeneration

The model predicts that contrary to belief, cell-lineage maps are unlikely to be tree-like

2021-05-25Facilitating speech comprehension in rare inherited hearing loss patients

IBS research team found a novel deafness gene and developed a customized treatment for auditory neuropathy spectrum disorder

2021-05-25The birth of a subnanometer-sized soccer ball

Video captures the details of a molecule-to-molecule transformation

2021-05-11The first coherent topological polariton laser

A new methodology to combine light-matter coupling and geometry to achieve a high-performance light source

2021-05-06Realization of the highest laser intensity ever reached

The record-breaking laser intensity over 1023 W/cm2 enables us to explore novel physical phenomena occurring under extreme physical conditions

2021-04-21Identification of the wettability of graphene layers at the molecular level

2021-04-14A new fluorescent probe that can distinguish B cells from T cells

Unlike traditional antibody-based fluorescent staining methods, the new dye directly binds to the cell membranes of the target cells

2021-03-19Tackling quantum many-body states using an atomically precise, bottom-up approach

2021-03-18Twice as much carbon flowing from land to ocean than previously thought

2021-03-11Development of MRI contrast agent for high-resolution 3D vascular mapping

The new contrast agent offers a vast improvement over traditional gadolinium-based products

2021-02-22Future ocean warming boosts tropical rainfall extremes

Ocean warming predicted to cause a twofold increase in amplitude of rainfall fluctuations over the tropical Pacific

2021-02-22Bioengineered hybrid muscle fiber for regenerative medicine

Regeneration of muscle tissue was achieved by combining direct cell reprogramming with natural-synthetic hybrid scaffold as structural support

2021-02-19Seeing stable topology using instabilities

Scientists decipher fingerprints of topological phases of light in nonlinear optical instabilities

2020-12-22New Catalytic Approach to Accessing Key Intermediate Carbocation

IBS chemists have developed a novel multifaceted catalyst to access carbocation intermediates and convert them into useful ring-shaped molecules for pharma and chemical industries

2020-12-11Pizza can help address the dark matter mystery?

A cavity partitioned into multiple identical cells provides a highly efficient path to high-frequency axion dark matter searches

2020-12-07Development of high-speed nanoPCR technology for point-of-care diagnosis of COVID-19

The new technology can accurately diagnose the infection in less than 20 minutes, with zero false positive and false negative

2020-12-03Scientists invent a new type of microscope that can see through an intact skull

The microscope uses a combination of hardware and software-based adaptive optics to reconstruct object image

2020-11-24Highly efficient, long-lasting electrocatalyst to boost hydrogen fuel production

Surface oxygen adsorbed during synthesis of the single atomic alloy catalyst stabilizes the catalytic intermediate, ensuring a full cycle of water oxidation

2020-11-09Hollow porphyrinic nanospheres

An extensive internal void enables a secure encapsulation, delivery, and storage of guest molecules as large as 4 nanometers

2020-10-23Oxygen can do a favor to synthesize metal-organic frameworks

Oxygen can do a favor to synthesize metal-organic frameworks

2020-10-09One electrode fits all functional groups

Switching voltage of an electrode alone can fine-tune the reactivity of a molecule.

2020-10-01Concentric liquid reactors simplify multistep chemical processes

The self-organizing concentric layers enable multistep chemical systhesis within a single batch.

2020-09-23Can we contain the COVID-19 pandemic? The future is still not clear

Director KOH Gou Young wraps up the COVID-19 Science Report series, which provided accurate and timely information about the coronavirus.(Only Korean text is available.)

2020-09-09Star-cells “shine” to make sense of touch

Astrocytic GABA fine-tunes tactile sensory acuity

2020-08-14Newly identified gut cells nurture lymph capillaries

Understanding the mechanisms that impair lymphatics growth and fat digestion in the small intestine

IBS News Events

Launching of Extremal Combinatorics and Probability GroupProfessor Hong LIU will be the Chief Investigator of the new group starting April 1st… which will lead the rapidly growing field of extreme combinatorics in Korea2022-03-31

Synthesis of two-dimensional holey graphyne2022-05-19

Reliable diagnostics at the tip of your finger2022-05-18

Using sound to control enzymatic reactions2022-05-02

The 7th IBS Art in ScienceIBS holds an Art in Science contest to share with the public the artistic beauty and awe encountered by the scientists during their experiments and research. Artistic moments captured in the research process have been exhibited since 2015, and from 2020, the contest has been opened so that anyone can enter.2021-05-28

Information for the winners of IBS Art in Science2020-12-17