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USER GUIDE FORMAJOR SCIENCE ANDTECHNOLOGYFACILITIES ATHUAIROUSCIENCE CITY
北京怀柔综合性国家科学中心
CONT
01 01-10 High Energy Photon Source (HEPS) SynergeticExtremeCondition 02 UserFacility(SECUF) 11-16 Multimode Trans-Scale 03 Biomedical Imaging Facilities 17-22 Ground-basedSpace NnvironmentMPniaring 23-2804 Earth System Science NumericalSimulator 29-3405 Facility(EarthLab)
CAS-Beijing Interdisciplinary 06 35-42 Research Platform For Brain (Cognition and BCl) 0743-46 PlatformOfMaterials Genome Research ENTS PlatformOfAdvanced 08 47-50 PhotonSourceTechnologPAPS) 09 51-56 InteaneTrieta MeasurementTechnology 10 BeijingLaserAcceleration 57-62 InnovationCenter(BLAIC) 11 63-68 ForMetecieclinrocercm 12 69-76 BeijingMolecularScience InterdisciplinaryResearchPlatform
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Guide to the Facilities and Platforms of Huairou Science City
HIGH ENERGYPHOTONSOURCE （HEPS)
InHuairou Science City，a buildingshaped likea gianthand-held magnifyingglassstands tall-the nationalmajor scientificinfrastructureHigh Energy Photon Source(HEPs).As thecorefacilityof the majorscience-infrastructure cluster jointlybuiltbytheChinese Academy of Sciences (CAs)and BeijingMunicipalityinHuairouScienceCitytheprojectwasoficiallylaunched inJune20l9andis beingconstructedbythe Instituteof High Energy Physicsof CAs.
This"super-eyeforexploringthemicro-world”will,uponcompletion,emitlightone-triliontimes brighterthantheSun.Astheworld'sbrightestfourth-generationsynchrotronlightsourcebydesign,it willhelpresearchers"see"themicro-worldmoreclearly，revealingmicroscopicstructuresandtheir formation/evolutionmechanisms-suchas structure-activity relationshipsincatalyticcenters,3-D imagingof primatebrainsandneural-networkconnections3-Dimagingoforgansandorganoids, single-crystal growthinsuper-alloys,micro-structuraldefectsinaerospacematerials,defect formationinmetal3-Dprinting,andnanometer-resolved inspectionofchips.
Converging Cutting-edge Capabilities To Create A Powerhouse For Frontier Research
HEPSconsistsmainlyof anaccelerator and beamlines,accommodatingno fewer than90 high-performancebeamlines.Phase-1builds14userbeamlinesplusone testbeamline,delivering X-raysupto300keV.
Asanadvancedfourth-generationsynchrotron,thefacilityachieves10nmspatialresolution (single-nanoparticledetection),meVenergyresolutionandpicosecondtimeresolutionwith high-repetition-ratedynamicprobingofferingcoherentdifraction,3-Dimaging，anddynamic spectroscopy.
Thefacilitywillprovideanexperimentalplatformtailoredtothemodulationeraenablingmore sensitive,finerfasterndmorecomplexstudiesclosertorealworkingconditions.Itsupportsrsearch thatrefinesunderstandingofmatterinspace,timeandenergyfromthemoleculartomicelectronic, andspinlevels,realizingmulti-level,multi-scalematerialcontrol.
HEPScomplementsexistingChinese light sources inenergycoverage,greatly strengthening national s&Tinfrastructureandresearchtiedtodevelopment strategyand coreindustrialtechnologies.While servingmajornationalstrategicandindustrialinnovationneeds,HEPswillalsospurleapfrog industrial advancesinngineeringterialscipcroelectronicsew-rugceationetrochemicalsgy &environment,nanomaterials,and more.
Home-grown Innovation To Achieve Breakthroughs In Critical Technologies
During construction, HEPs has scored major breakthroughs in several critical technologies.
HEPSisChina'sandAsia'sfirstfourth-generationsynchrotronandoneoftheworld'sfirstlightsources with10pm.rad naturalemittance.Itscoreisan ultra-low-emittancestorage-ringacceleratorwhose physicsdesignisextremelychallenging.Buildingontheinternationallystandardhybridmulti-bend achromat,theHEPSacceleratorteaminnovativelyincorporatednewcelswithlongitudinal-gradient dipolesandreverse-benddipoles,creatingthestorage-ringdesignwiththelowestnatural emittance amongbuiltorplanned sourcesworldwide.Smallerelectron-beamemittancemeanslesstransverse spread,motionclosertothebeamaxis,igherbeamqualityandbrightersynchrotronradiation.On September29,HEPspassedperformancetestswith0.0568nm-radhorizontalnaturalemittanceand 4.00x102ph/s/mm2/mrad2/0.1%Bwbrightness-meeting or exceedingallapprovedacceptance criteria.
HEPSalso pioneered a swap-injection scheme based on high-energyaccumulation inthe booster, openinganewroutefor high-chargebunchreplacement.Tomeetthechalengesoftightmagnetic focusingand ultra-smalldynamicaperture,HEPs uses theboosterasanenergy-accumulationring: thebunchtobereplacedisextractedfromthestorageringreturnedtotheboostermergedwitha low-chargebeamccumulatedintoaghargeunchacceleratedndriectedois Thisreduces low-energy single-bunchchargedemandand recyclesthe extractedbeam.
HEPs independently developed and commissioned a 166 MHz superconducting module-the world's first quarter-wave resonator (QwR) active superconductingcavity for particlesat light speed ? β = 1 ? ,featuringdeep higher-order-mode suppression.
HEPS solved the international challenge of coating 6-mm slits in 1.2-m-long ante-chamber vacuum chambers.Three coating systems coated 918chambers totaling ~ 1 2 0 0 ~ \mathsf { m }
HEPS proposed and built the world's first"mango”wiggler; its speciallydesignedx-ymagneticperiodsdelivera large-fieldX-raybeam forimagingwithhigher spatial resolution thanconventional wigglers.
Forinjection technology, HEPsadopts a brand-new on-axis scheme compared with third-generationsourcesandachieves fulldomestic production of key equipment.The septum magnetfeaturesanoriginalsemi-vacuumstructurewitha 2 - \mathsf {mm } -thickseptumplateanda magneticfieldof1T,rankingatthe international forefront.Theself-developed ultra-fastpulsed power supply delivers pulses<10 ns (base width)and > ± 1 5 kVamplitude,reachinganinternationally advanced level.
Inmagnet technology,HEPs longitudinal-gradient dipoles useanenergy-saving permanent-magnetschemewhoseintegral-fieldscatteris±5x10-5-anorderofmagnitudelower thanthird-generationsourcesand world-leading.Ultra-high-gradient quadrupolesprovide80T/m, fourtimesthatofthird-generationmachines.
Inaligment,prignmntpoeeredamultisertriterationthodcevinga stable4μmabsoluteaccuracywithin5m.Final storage-ringsurveyoverthe1360mtunneldelivered 0.2mmabsoluteand 0.02mm relative precision.Anewdeviation-smoothingalgorithm based on theoretical orbitandabsoluteerrorswasdeveloped,attainingworld-bestperformance.
HEPs beamlines deploy extensive independently developed
equipment:innovativediagnostics,monochromators,mirrorboxes,opticalelements, beam-modulationdevices,high-heat-loadfrontends,andsafetyinterlocks.Surface-profileaccuracy is51pm,full-aperturewavefrontmetrology0.5pm,crystalwavefrontcontrol2pmand monochromator static stabilityllnrad-all world-leadingandverified during commissioning.
Opening For Shared Use-serving Users In Depth
Starting in 2o26,HEPs will formally open to academic and
industrial users.Through the HEPs user portal,users may apply for beam time through multipleprogramilotgulalaorativeaidccessddustrial.am-imeits willreflectoperationalstatus,open-accesspolicy,anduserdemand
Toexploitfourth-generationmethods,beamline teamswillhelpuserscraftexperimentplansand data-analysisstrategiestailoredtotheirscientificgoals.
Thefirst14beamlinesopeningtousersare:EngineeringMaterials,HardX-rayNanoprobeStructural Dynamic,Coerentmallngleatteringigesoutionpectroscopyighressure,Hrd-ay Imaging,-raysorptionpectroscopy,Low-DimensionaltructureProbe,Macromoleclar Micro-crystalographyink-Beammall-Anglecattering,igResolutionano-Electronictructure GeneralEnvironmentalSpectroscopy，andX-rayMicro-imaging.Thefirst6havebegunpilot-user calls.Links and contacts:
HEPSX-rayMicro-imaging Beamline
Contacts
HEPSUserPortalURL https://user.heps.ihep.ac.cn/
EPSProject Office ContactPerson:Prof.Yuan Phone:+86-10-8823-5967 Email:heps@ihep.ac.cn
HEPSUserOffice Contact Person:Prof.Yu Phone:+86-10-8823-5027 Email:heps-user@ihep.ac.cn
Guide to the Facilities and Platforms of Huairou Science City
SYNERGETIC EXTREME CONDITION USER FACILITY (SECUF
Inthe intensifyingrace fornew-material innovation,uncoveringandmastering the hidden microscopicbehaviorofmatterunderextremephysicalconditionsismission-critical.Builtbythe InstituteofPhysics,CineseAcademyofSciencesSynergeticExtremeConditionUserFacility(SECUF) integratesultra-lowtemperature(milikelvinsfromabsolutezero),ultra-highpressure(core-level stresses),strongmagneticfields(>6oooo0xEarth'sfield) andultra-fastopticalfields(attosecond timeresolution) intooneplatform-anenginethat smashestech botlenecks,winsmarket first-mover advantage and underpinsChina's strategic emerging industries.
Four Core Capabilities That Hit R&d Pain-points
SECUFreproducesrare,nature-defyingextremes.Its fourcore experimental systems mix-and-matchthe fourextremeconditions,probingmaterialsatthemostfundamental physicslevel,jointlypropellingfrontierdiscoveryandsolvingthepivotalproblemsthat blockproductupgrades.
Extreme-condition Property Characterization System
Deliversfull-spectrum,high-precisionmeasurementofmagnetism,electrical transport, structure,spectroscopy，mechanicsand atomic-scale imaging under simultaneous ultra-lowtemperature,highmagneticfield and ultra-high pressure.Itcanbe used to decipher high-Tc superconductivity,discovering new topological quantum materials and engineeringhigh-performancemagneticandelectronicmaterials.
High-T/High-PLarge-volumeMaterials Research System
Usesextreme high pressureand high temperature to synthesize large,high-quality singlecrystalsand bulk functional materialswhile performing in-situ property studies. Targetoutputsincludenewsuper-hard phases,large-format thermoelectrics, high-performance superconductorsand clean-energymaterialssuchasadvanced hydrogen-storagemedia.
Extreme-condition Quantum-state Control System
Enablesexquisitemanipulationof quantumprocesses-superconductivity,topological states,etc.-inultra-lowtemperatureand ultra-loworultra-highmagnetic fields.It powerssuperconductingand topological quantumcomputingaswellas next-generationquantum-device R&D,pushing control far beyond classical limits.
Ultra-fastCondensed-matterResearch System
Employs femtosecond/attosecond lasersand femtosecond X-ray or electron pulses to watchmicroscopicdynamics on the very time scale of atomic,molecular and electronic motion,delivering time-resolved structural imagingandspectroscopy.Itrevealsreaction pathways,ultrafastenergy flowinmaterialsand dynamicbiomolecularstructures, acceleratingdevelopmentof novel optoelectronicdevices,catalystsand pharmaceuticals.
Pushing Past Physical Limits To Serve Industrial Innovation
Solar-cell Industry
Photovoltaicsstrugglewith limited light-harvestingeficiency，shortlifetimeand slow commercializationof novel absorbers.Using ultra-short laser pulses SECUF performs time-resolved spectroscopy and structural imaging,exposing the ultrafastdynamics of electrons,atomsandmolecules insidecandidatematerials-boostingmaterial performanceand speedingdiscovery.
Thermoelectrics Industry
Lowconversion efficiencyand poor stability hamper thermoelectrics.SECUFsupports new-material developmentbyatomic-scalecharacterization under extremesand by high-pressure synthesisof superior thermoelectric phases.
Ultra-fast Laser Industry
Domesticultra-fast laser firmssuffer from imported keycomponents,heavy R&Dcost andslowiteration.SECUF's home-built ultra-fast electronmicroscopesadvance import-freecapability,whileitsportfolioofcoreultra-fast laserpatentsdeliverscritical techservicesforcommercial lasersystems.
Flagship Breakthroughs Show Home-grown Capacities
Ahelium-freedilutionrefrigeratordevelopedbythe IOPteamreaches8mKandprovides450μW coolingpowerat100mK-onparwith leadingglobalproducts.Alarge-scaleversionisunder development.The technologyhasspunoffCAs-QI(Beijing)TechnologyCo.,Ltd.,nowresidentin HuairouScience City.
Thesame groupbuilttheworld'sfirstultra-fast spherical-aberration-corrected TEM,capturing structural dynamicswithangstromspatial and sub-picosecondtemporal resolution-an experimentalcornerstoneforforward-lookingandstrategicscience.
SECUFsupportedTsinghua Universityinfabricatingfrequency-multiplexed superconductingresonator chips.Thehome-madeLC-resonatorarrayattheheartofthecryogenicreadoutfilsadomestictech gapandisalreadydeployed inspace-explorationpayloads.
Open-access Scheme Links Users To Top-tierResources
Submita Proposal
Twoproposal callsper year-Marchand September.LogintotheCAs Major Research Infrastructure Sharing Portal(https://lssf.cas.cn)and submit yourR&Drequestonline.
ExpertReview
Multi-round expert evaluationpreciselymatchesproposalstoavailablebeam-timeandresources, guaranteeingthatprojectscanactuallybeexecuted.
Conduct Experiments
Onceapproved,usersmaycarryoutexperiments inoneorseveral visitswithintheallocatedhours, validforoneyear.
口
Contacts
Contact Person:Prof.Guo Phone:+86-10-8125-9001 Email:secuf_user@iphy.ac.cn
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Guide to the Facilities and Platforms of Huairou Science City
MULTIMODETRANS-SCALE BIOMEDICAL IMAGINGFACILITIES
Nestledintheheartof HuairouScienceCity，theMultimodeTrans-Scale Biomedicallmaging Facilities isledby Peking Universityas the legal entityandthe Instituteof Biophysics,ChineseAcademyof Sciencesasco-buderwithHarbinInstituteofechnologyUniversityofcienceandechnologyof China,InstituteofysicsofCAsInstituteofHighEnergyPhysicsofCAamongotherparters sharing the constructionmission.TheFacilities'core imaging power spans nineordersofmagnitude inspaceandtime,furnishingan“imaging-omics”toolboxfortacklingcomplexlife-sciencequestions andmajordiseases,enablingpanoramic interrogationof biomedical grand challengesand drivinga paradigmshiftinbiomedicalresearch.
Pushing Past Physical Limits To Serve Industrial Innovation
Thefacility breaksdownscalebarriersbydeveloping and seamlessly fusing disparate imagingmodalitiesintooneintegratedbiomedical-imagingclusterthatbridgeseveryscale frommoleculetohumanwithspatiotemporalandmodalcontinuity.
Fourflagshipplatforms-MultimodeMedical Imaging FacilityMultimodeIntravitalCellImaging Facility，MultimodeHigh-ResolutionMolecularImagingFacilityandPan-ScaleImage-Data IntegrationSystem-workinconcertwiththeSamplePreparation&AnimalModelCenterto integratemorethantwentyimagingtechnologiesintoafullyfunctional,trans-scale,mutimode automatedandhigh-throughputbiomedical-imagingresearchplatform.
Multimode Medical Imaging Facility
Performsstructuralandfunctional imagingof organsinintactorganisms,enabling in-vivo multiparametricspatiotemporalstudiesof braincognitionandmajordiseasessuchas cancerandcardio-cerebrovasculardisorders.
Multimode Intravital Cell Imaging Facility
Capturesfine-scale life processeswithin living organismsunderphysiologicalconditionswith highspatiotemporalresolution.
MultimodeHigh-Resolution Molecular lmaging Facility
Targetshigh-resolutionimagingofbiological macromoleculesinallstates-exvivo/in vivo,frozen/solutionsolid/living-toobtain high-resolutionspatiotemporaldataon structure,dynamics,localizationand evolution,clarifyingmacromolecularfunction andregulatorymechanisms.
Pan-Scale Image-Data IntegrationSystem
Provideshigh-performancehardware/software servicesthatfuseandanalyzemultimode, trans-scaleimagesfrommedical, intravital-cellandmolecular imagingwithAl assistance.
Sample Preparation& Animal Model Center
Deliverscomprehensivesupport including disease-model generation, molecular-biologyassays,histopathology and samplebanking.
Disruptive Frontier Achievements Cracking The Code Of Life
Thesmall-animalfive-modalitymolecular imaging facilitypioneerstheintegrationof five biomedicalimaging technologiesinonechassis,delivering high-performancemultimodeimaging advanced dataacquisitionand fusion,and comprehensive intravital visualization for locating biomarkersoranomalieswhile simultaneouslytrackingand quantifyingmolecular distributionand activity-indispensableforstudying diseaseprogresson,drugmetabolismandcelluarbehaviorin animal models.
Theconstructionteamof Platform Ildebuted SR-FACT (Super-Resolution Fluorescence-Aided DifractionComputationalTomography)，enablingfast,long-durationdual-modeimagingof living cels,revealingstructuresordynamicsinvisibletoanysinglemodalityanddelivering full3-D characterizationoforganelleinteractionsandmolecular/informationtrafficking.
A300kVcryo-transmissionaberration-corected electronmicroscopedeveloped in-houseachieves atomicresolutionfor biologicalmacromoleculesand softmatter，furnishingprecisemolecular imagingfordrugdiscoveryandprovidingexperimental supportforultra-high-resolution3-D reconstructions thatwill propel molecular biophysicsand molecularmedicine;the systemranks amongtheworld's leadingcryo-EMplatforms.
Leveragingthehigh-throughputintravitalcellimagingfacilityandthesupercomputingpowerof the pan-scaledatacenter，researchersdeployedmachine learningtodecode largeneural ensembles, unveilingthesystem-leveltemporalcodingmechanismofthemammaliancentralcircadianclock. ThemarriageofAl,high-throughputimagingandsupercomputingofersanewparadigmfor dissectingtheoperationalprinciplesofcomplexneuronal clustersusing functional bigdata.
Powerful Service Capability Backed By A Professional Team
MultimodeTrans-Scale BiomedicalImagingFacilitiesnowoperatesafull-spectrummultidisciplinary imaging platformthatmergesbasic-science teams(Pl-led) withanengineeringcohort(>60% Ph.D.)todeliverend-to-end imaging solutionsfor life-science(mechanismdeconvolution, drug-eficacyassessment)，materials characterization (micro/nano structure imaging)and physical-science (in-situ dynamicsmonitoring) intersections.Core services include:
Technical consultation:experimental-design optimization and modality selection (super-rsoluion,mography,trvitl,tc.)
Standardized training:equipment operation and image processing with Al-assisted analysis
Contracttesting:full-processassays performedby qualifiedtechnical staff
Sample preparation:custom animal disease models,cellculture,molecular assays, histopathologyandsamplestorage
Full-Platform Open Access
Method 1
VisitthehomepageofMultimodeTrans-ScaleBiomedical ImagingFacilities,clickshared Facility Reservationintheupper-rightcornerorclick“nstrumentList,locatethedesiredinstrumentand clickthe“Reserve"buttontoberedirectedtoPekingUniversity'sLarge-ScaleResearch InfrastructuresSharingPortal
https://ioc.nbic.cn:37218/#/home
Method 2
LogindirectlytoPeking University'sLarge-ScaleResearch InfrastructuresSharing Portal. https://i-sharing.pku.edu.cn/home/
Contacts
Multimode Medical Imaging Facility:Prof.Ren,renj@pku.edu.cn
Multimode Intravital CellImaging Facility:Prof.Niu,niujiahao@pkuedu.cn
Multimode High-Resolution Molecular Imaging Facility:Prof.Shao,shaoxin@pku.edu.cn
Pan-Scale Data Center:Prof.Sun,jie.sun@pku.edu.cn
SamplePreparation&Animal Model Center:Prof.Zheng,zhengwl983@pku.edu.cn
大与气
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Guide to the Facilitiesand Platformsof Huairou Science City
GROUND-BASED SPACE ENVIRONMENTMONITORING NETWORK (CMP PHASE II)
InMarchthisyear,theGround-based Space EnvironmentMonitoringNetwork(Phase Ilof the Meridian Project),anationalmajorscientificinfrastructure,passednationalacceptance inHuairou ScienceCityeijing.Togetherwithasel,itowormstheworld'srgestground-asedtwork formonitoringthespaceenvironment,placing Chinaattheglobalforefront of ground-based space-environmentmonitoring.Constructionof Phase Ilbegan in2019,ledbythe National Space ScienceCenter oftheChineseAcademy ofSciences(CAs) inpartnershipwith15CAs institutes-includingthe InstituteofGeologyandGeophysics,InstituteofAtmosphericPhysicsand National Astronomical Observatories.AsChina's flagshipprogramin space-environmentmonitoring. theMeridian Projectofersthe greatestcoverage,themostcompletesetofmeasuredparameters, andthestrongestintegratedcapabilities,anditwillcontinuetoprovideChinesesolutionsto worldwidespace-weatherresearch.
Panoramic Monitoring Of Sun-earth Space:"One Chain,Three Networks, FourFoci
InSun-Earthspace,intense environmental changesonshorttime scalescaused bysolaractivityare called spaceweather.Hazardousspace-weathereventscanseverelydamagesatelitesandcritical infrastructuressuchascommunications,navigation,andpower grids.Toimprovemonitoringand early-warningcapacity，PhaselladdedsixteennewstationstotheMeridianProject.Togetherwith Phasel,thenetworknowformsa“#"-shaped arrayalong100°E&120°Elongitudeand40°N&30°N latitude,totaling31stations,96sites,and282instruments.Thedesigninnovativelyadoptsthe“One Chain,ThreeNetworks,FourFociarchitecture:
"OneChain”isthe Solar-Interplanetary MonitoringChain,whichusesoptical imaging radio,and othermulti-band methodsinrelay modetoachievefull-linkSun-to-interplanetary detection.
"Three Networks"are the lonosphere Network,Middle-and-Upper-Atmosphere NetworkandGeomagnetismNetwork,providing panoramicsoundingofgeomagnetism,the ionosphere,andthemiddle/upperatmosphere.
"Four Foci"deployadvanced instrumentsin keyregions:high-latitudepolar,northern mid-latitude,low-latitudeHainan,andthe TibetanPlateau formicroscopic space-environmentprobing.
CalibrationTowerfortheCircular-ArraySolar Radio ImagingTelescope
Fruitful Original Innovations:"The Widest Coverage, The Most Complete Parameters,The Strongest Capability
TheMeridianProjecthasassembledahigh-caliber，multidisciplinaryteamofmorethan700people， including strategic scientists,data-fusion experts,space-environment observers and modelers, technical specialists,forecasters,and operationsmanagers.
Constructiondelivered asuiteof world-leading,large-scale monitoring instrumentsand created the ground-based space-environment network with the widest global coverage,themost complete set of observedparameters,and the strongest integrated capability,greatlyenhancing China's monitoring capacity.A high-speed data-sharing service system and an effcient operations& research supportplatform integrate the distributedfacilities intoonecoherent whole,markedly improvingintegrated informationmanagementandcommand-and-control.
Operation of Meridian Project facilities has produced a wealth of original science.By the end of 2024,586 papers had been published in leading international journals such as Science,Nature journals,PNAs,GRL,and JGR,461 ofwhich are sCl-indexed.Highlights from the past two years include:
Firstdetection of thesecond harmonicof atmospheric Rossby waves,offeringa newphysical interpretationof nonlinearwave interactions;
Acquisitionof typical characteristics of ionosphericdisturbancesand irregularities over China, identifying their links tosolaractivityand markedlyimproving ionosphericTECmodel accuracy; Detailed characterization of fine structures and large-scale propagation of ionospheric iregularities,strengthening ionosphericmodelingand HF communicationsupport in the South China Sea;
First observationof solaratmospheric tidesup tothe sixth harmonic,proposinganew mechanism in which sea-air interaction during volcanic eruptions generates large-scale, long-distance waves in the middle and upper atmosphere;
Development of the China Dst (cDst) indexto meet space-weather warning and service needs, providinga core alternative to the international Dstindex and significantly improving
geomagnetic-stormforecasting.
Fully Open And Shared: Putting The“Meridian Spirit IntoPractice
Byopenlysharingdata,the Meridian Projectsupports international teamsinspace-weather research and promotes global scientific cooperation. Users can registerand download data at:
www.meridianproject.ac.cn
Contacts
Contact Person:Prof.Liu Phone:+86-10-6161-1997 Email: liujia@nssc.ac.cn
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Guide to the Facilities and Platforms of Huairou Science City
EARTH SYSTEM SCIENCENUMERICAL SIMULATORFACILITY (EARTHLAB
Facility UserGuide
Earthisour shared home,and climatechange has becomeone of themost urgentand widely watchedissuesofthetwenty-firstcentury.AtuirouienceCityarthabina'sself-develod EarthSystem Science Numerical Simulator Facility,usessupercomputingtoreplaytheplanet'spast andprojectitsfuture,givingsolidsiencefordisasterprevention,climateactionandairquality management.Builtbythe InstituteofAtmosphericPhysics,ChineseAcademyofSciencesand Tsinghua UniversityitisthefirstnationalmajorsciencefacilitytogointooperationattheBeijing Huairou NationalComprehensive ScienceCenter,literallymoving Earthintothelab.spurring cross-disciplinaryworkand pushingChina'searth-systemscience toward world-class level.
K
Hardware-software Co-design For A Super “SmartBrain
EarthLabis builtona hardware-software co-design thatcombinestwoapplication systems-the EarthSystemModel NumericalSimulationSystemandtheRegional High-ResolutionEnvironmental
SimulationSystem-withthreesupportsystems: theSuperSimulationSupport&Management System,theSupportDatabase&Data AssimilationandVisualizationSystem,andthe High-PerformanceComputingSystemfor Geoscience.
Earth System Model Numerical Simulation System
Thissystemroucedin'sstfullyselowned,comleteart-stemmodel，2.0 released open-sourcein2023.Themodularframeworkcoupleseightcomponentmodels: atmosphereoeansaice,ldface,getationamicsrools&mospericstry
terrestrialbiogeochemistry,andmarine biogeochemistry.Separateice-sheet, solar-terrestrial,andsolid-Earthmodules arealso included.Atmosphericand land-surface gridsrundownto25kmwith 69vertical levels;theocean grid reaches10 km.CAS-ESM2.0 joinedCMIP6andranks among theworld'sbest in simulating tropicalwindsandENsO;itsoutputisposted ontheCMiP6webportalandcitedinthe IPCCSixthAssessmentReport.
Regional High-resolution Environmental Simulation System
Tailored forChinaandneighboringareas,thesystemdelivers 3 - k m nationwide grids, 1 - k m over key regions,and 5 0 - m local nests forair pollution,cloud-resolvingweather, agricultural drought,and climate-risk modeling.It simulates and forecasts heavyrain, typhoons,PM2.5,andozone,andprojects futureextremes,forest-ecosystemshifts, cryosphere hazards,and crop-growthchanges under climatechangeacross EastAsia.
SuperSimulationSupport&Management System
China'sfirstmanagementsoftware forrunning Earth-systemmodels,itoffers computational packaging,model-resource,and model-servicemodules,plusa fast parallel coupler,operator-library plug-ins,asynchronousparallel I/O,proxymodels,and automaticparametertuning,streamliningdesign,development,testing,release,and applicationof Earth-systemmodels.
Support Database& Data Assimilation And Visualization System
Thefirstcompletedatabase forChina'sEarth-systemmodeling,itcontainsapublicdata poolplus the Earth System Numerical Simulation Data Portal.Thepool supplies users with historical datasetsand global forecast/re-analysis productssuch asGFs,GDAs,CFS,and ERA.The portal (http://EarthLab-data.iap.ac.cn) publishes and promotes global and regional model output,satellite retrievals,and re-analyzes.Adedicated visualization platformdrivessixcross-scaledisplaysystems,includinga 3 - m spherical screenwith5.83 millionactive pixels forbiggeosciencedata.
High-performance Computing System For Geoscience
Designed around theneedsof geosciencecodes,the systemmatches hardware architecture to softwarecharacteristics formaximum efficiencyand future upgrade headroom.It houses3,360computenodesdelivering15.9 PFlopspeak and 126PBof storage.Co-designefforts letCAs-EsM2.0runefficientlyand stablyondomestic processors.
AchievementsOf IndependentResearch AndDevelopment
EarthLabisChina'sfirstpurpose-built Earth-systemnumerical simulatorwithfullyself-owned intellectualproperty.Centeredoncoupled-spheremodelingsoftwareandmatchedhardware,it ranksamongtheworld'slargestandmostadvanced.Thefacilityisalreadydeliveringreal-world resultsinclimateprediction,environmentalprotection,anddisasterprevention.
Asub-seasonal to seasonal prediction system based on CAS-ESMprovides real-time monthly， seasonal,andannual forecastsof temperature,precipitation,dust,andriverdischargefor China and the globe,informing national disaster reduction and policy decisions.
Anew-generation kilometer-scale air-quality source-apportionment system that handles multiplepollutantsand scales has beendeveloped in-house.Innovations inmodel framework， data-assimilation inversion,source tracking,and dynamiccontrol gavepreciseair-quality supportfor the BeijingWinterand Hangzhou AsianGamesandwillunderpin China's future integrated pollution-and-carbon-reductionstrategies.
The LICOMForecast System (LFs),builton IAP'sLICOM3.0oceanmodel,isnowin trialoperation attheNational Marine Environmental ForecastingCenterand provided ocean forecasts for China's2020marinemeteorologyexperiment,theSriLankan tanker fireresponse,and the2023 Lu Peng Yuan fishing incident.
Prof.Chen Xi's teamattheStateKey Laboratoryof Numerical ModelingforAtmospheric Sciencesand Geophysical Fluid Dynamics used EarthLab tobuildan intelligent highway-slope warningmodel nowdeployedattheMinistryofTransport'sRoad NetworkMonitoringand Emergency Response Center.
Ahigh-resolutionensembleforecastsystem for the Beijing2022 Olympicand Paralympic venueswas builtonacloud-resolvingregional weathermodel.Multi-sourceassimilation, ensemblemethods,nested grids,and dynamicaldownscalingproduced 1 0 0 - m forecastsof wind,temperature,humiditywet-bulbtemperature,and snowdepth for runssuchasGenting SnowPark1andSkiJump2outto84 hours.
Open Collaboration Drives Cross-disciplinary Fusion
Earthlabfosterscrossoveramonggeoscience,computerscience,sociology,and economics.Domesticand foreignuserscanpursuefrontierscience,while meteorology，environmentalrotectiongricultureater,owerndinrance agenciescancommissiontailoredweatherandenvironmentforecastsand downstreamservices.
Open-access Offerings
Source code,development,and application platforms for global and regional Earth-system models, including model cores,regionalmodels,scientific-visualizationpackages,anddiagnostictools.
Model output:global and regional simulations,sateliteretrievals,re-analyzes.
High-performancecomputingplatform:userscanportself-developedmodelsandrun themon the facility'scomputeresourcesand supportsoftware.
How to Apply
EarthLab holds regular proposalcalls twicea year.Applicantscan register at the Sharing Service Platform of CAs Large Research Infrastructures (http://lsf.cas.cn) and submit proposals online.
Note:proposalsmustcoverscientificbackground,experimentalplan,expectedresults,priorwork, andestimatedcomputehours.
Proposal Workflow
Contacts
Usersubmits $$ proposal review $$ approval notice
Proposal portal: http://lssf.cas.cn
Contact Person: Prof.Zhang Phone:+86-10-8299-5451 Email:earthlab@mail.iap.ac.cn Website:https://earthlab.iap.ac.cn
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Guide to the Facilitiesand Platforms of Huairou Science City
CAS-BEIJING INTERDISCIPLINARY RESEARCHPLATFORM FOR BRAIN (COGNITION AND BCI)
If the brainisthemost intricateand enigmaticorganofthehumanbody，deciphering howit works-andevenenablingitto“talk'tomachines-ranksamong theforemostchallengesofmodern science.In HuairouScience CitytheCAS-Beijing Interdisciplinary Research Platform for Brain (Cognitionand BCl) iscracking the brain'scode,buildinga bridge between neuroscience and intelligenttechnology，anddrivingtheleapfrom"readingthebrain"to“connectingwiththebrain."
Theplatformisoneofthesecond-batchinterdisciplinaryplatformsdeployedbyBeijingmunicipality co-builtbytheInstituteofBiophysicsoftheChineseAcademyofSciencesandBeijing Huairou ScienceCityConstruction&DevelopmentCo.,Ltd.,project-approvedbyBeijingMunicipal Commissionof Developmentand Reformand guaranteed forimplementationbythe Huairou ScienceCityAdministrativeCommitte.Withatotalinvestmentof\~RMB300milionandafloorarea of30,000m,theplatformpassedperformance&processacceptanceonNovember272025and officiallyenteredatrial-runphase.
Theplatformwillcatalyzeindustrializationinhigh-endmedical imaging,life-scienceinstrumentation, biomedicineand Alproducts in Huairou.Togetherwiththe BrainCognitive Function Mappingand Brain-InspiredInteligenceInterdisciplinaryResearchPlatform,itformsaninternationalfront-line baseforbrainscience&intelligent-technologycrossoverresearch,enriches theoriesofbrain& cognition,inteligencescienceand neuro-medicine,advances China'sdisciplines ofbrain& cognitionandAl,andupgradesthemedical-diagnosisandAlindustrialchainswhileoptimizing clinicalsolutionsforhealthcareinstitutions.Moreover,itwillinterfacewiththeMultimodeTrans-Scale Biomedicalmaging Facilitytoprovidea world-class,cuting-edgeand comprehensive research platform forChina'sBrain InitiativeandAl Strategy.
Construction Content & Technical Capability
Theplatformcomprises six sub-platforms:Human BrainCognitive Function Platform,CAs-Beijing InterdisciplinaryResearchPlatformforBrain(CognitionandBCi)，rainNetworkAtlas,Model-imal SupportforBrainResearch,Brain-ScienceTechnologyInnovation,andBrain-MachineConvergent Intelligence.Ithasestablishedabrain-scienceresearchinfrastructurethatspansfrommoleculesto living bodiesand integrates dynamic observation of neural activityin humansandawake animals withinnovativeneuromodulationtechnologies.
01 Human Brain Cognitive Function Platform
Bycombining high spatiotemporal-resolutionbrain imagingandmodulationtechnologies,it systematicallyinvestigatestherelationshipbetweenhumanneuralactivityand cognitive behaviortouncovertheneuralbasisofhighercognitivefunctions.
02 CAS-Beijing Interdisciplinary Research Platform for Brain (Cognition and BCl)
Using single-cellsequencing and geneticmodulation,itdeciphers the functional and behavioralmechanismsof neuronsandneural networks,mapsthemolecular-neuralatlas ofcognition,examinesneural-networkactivityunderlying highercognitivebehaviors,and delineatesthe neuron-network-behaviorcontrolpathway.
03 Brain Network Atlas Platform
Itovercomestechnicalbottenecksinbrain-networkmapping,developsneuron-labeling andbrain-tissue-clearingtechniques for non-human primates,and promotes micron-resolution high-throughput imagingtodeliver newmethodsforwhole-brainatlases.
04 Model-Animal Support for Brain Research Platform
Leveragingthestrengthsofmultiplemodel animals,itinvestigatesthebrainmechanismsof cognitiveactivityandprovidesdiversemodelsupportforstudiesof braincognitionand relateddisorders.
05 Brain-Science Technology Innovation Platform
Byintegratingmultimodaladvancedbrainimagingandneuromodulationtechnologies,it drivestechnological innovationincognitiveneuroscienceandenablesprecisedecoding andre-encodingofhighercognitivefunctions.
Brain-ScienceTechnologyInnovationPlatform
06 Brain-Machine Convergent Intelligence Platform
Bycombiningneural-activitymonitoringandmodulationtechnologies,itexploresthe structureandfunctional activityof brainnetworks,boostsinformation-processing efficiencyandreal-timecommunicationthroughbrain-machineinterfaces,andprovides supportforcognitive-functionrestoration.
The Platform Delivers Six Key Technical Capabilities:
Atthe"microscopic scale,itpreciselymapsneuronal structure and function,enablingdeep， multimodal,high-resolutionandspecificanalysisofneurons;
Fromacircuitperspective,itdynamicallytracksandintervenesintheneural informationflow underlyinghaviorchievingultievel,ehavioreateddnamicxaminationmodulaiod predictionof neural circuits;
3Ina“non-invasive manner,itdeciphers the neural codes of higher cognition in humans and closelyrelatedanimals,revealingtheneural-circuitmechanismsofadvancedcognitiveprocesses throughminimallyor non-invasivestudiesin humanandnon-humanprimates;
Itindependentlydevelopscuting-edgetoolsthatempowernext-generationbrain-science research，supportingtheimprovementandcreationof geneticsandinformaticstoolsfor neuroscience;
5Itbuildsanefcientbidirectional“brain-machine dialogbridge,establishinga high-speed informationchannel betweenthehumanbrainandcomputational brainstoexplorenewpaths towardgeneralintelligence;
Itdissectstheabnormal alterationmechanismsofbraindiseases,providing scientifictargetsfor precisiondiagnosisandtherapy,andsystematicallystudiesdisease-relatedchangesinbrain structureandfunctiontogetherwiththeirneuralmechanisms.
Representative Breakthroughs AndIndustrial Applications
Theplatform hasachieveda seriesof breakthroughsinkey instrumentsand researchmethods, offeringdisruptive“toolsforfrontierstudies:
Novel Wearable Meg Technology
Awearable atomic-magnetometer MEG wasdeveloped.Operatingat room temperature,it delivers mm/sub-ms spatiotemporal resolution,enables long-duration wearable recordings, and cuts operating costs by two orders of magnitude compared with conventional cryogenic MEG.Its containerized mobile design allows easy deployment in hospitals,communities and beyond,greatly extending itsreachinbrain-scienceresearch,disease diagnosisand brain-machine interfaces.
15.2tUltra-high-fieldMriScanner
Advanced integrationyielded China'shighest-field15.2TMRl scanner.Itprovides 1 0 0 0 m \tau / m maximum gradient strengthand10.000 \tau / { m } / { s } slewrate,carriesa4-channel RF receivearray andcryo-probe,and supportsmultinuclear imagingof'H,iP, ^ { 1 3 } { \mathsf C } 23Na,1F,2H.Theultrahigh field pushesin-vivoanimal imaging tounprecedentedspatial resolution,offeringapowerful tool for neuroscience,cognitive science and clinical disease-mechanism studies.It also serves asa critical test-bed forperformanceevaluationanddesign optimizationof novel brain-machine-interface probes and electrodes.The scanneris now open for external booking and isalreadyused bythe Instituteof Biophysics,Peking University,the Instituteof Chemistry, theUniversityof Chinese Academy of Sciencesand others,markedlyenhancing Huairou ScienceCity'sanimal-imagingservicecapacity.
Multimodal Behavior-coupled“Cognitive Basic Unit"ParsingParadigm
Byintegrating high-precisioneye tracking,visual presentationandlimb-motiondetection intoa “trinitytheplatform hasbuilta“super-resolutionmicroscope"forcognitivescience-the multimodal behavior-coupled“cognitive basic unit"parsing paradigm.It underpins a theoretical frameworkof“multi-cognition,multi-discipline,multi-scale,multi-evolutionary-level"andtargets thecorequestionofdefiningthe“cognitivebasicunit."
The Platform's Core Capabilities Are Now Being Translated Into Market-facing Services Across FourIndustrial Directions:
Brain-machine interfaces:services include neural-signal decoding,closed-loop modulation systemsand high-performance interface-devicetesting formedical-rehabilitation equipmentfirmsandneuro-technologycompanies;
Artificial intelligence:delivers brain-inspired algorithms,cognitive-computing models andconvergent intelligent systems for Al R&D institutesand technology enterprises;
MRItechnology:ofers shared accessto ultrahigh-field scanners,sequence optimization andmultimodal fusionsolutionsforresearch institutesand medical-devicecompanies;
Novel MEG technology:promotes wearable MEG devices for research,clinics and education,serving hospitals,universitiesand health-techcompanies.
Going Forward,The Platform Will Advance SynergisticallyAlong ThreeAxes-scientific Breakthroughs,Industrial Translation And Capability Building:
It will tacklemajorquestionssuchas the“cognitivebasic unit”using the 15.2T MRl, wearable MEGand othercuting-edge instruments,and will promote innovationand application of multimodal research paradigms.
Atechnology-verificationcenterwillbeestablishedtotranslateand incubate brain-machine interfaces,rehabilitationmedicineand brain-inspired intelligence, co-buildinglabswithindustrytoacceleratecommercialization.
Equipmentaccesswillbe broadened,synergieswithother Huairou Science City facilities willbestrengthened,and international academiceventswillbe hosted toraise the platform'sglobal reachand service level.
Contacts
Severalsub-platformsarenowopenforexternalusers. ContactPerson:Prof.Sun
Tel:+86-10-6488-8540
Email:sunyujia@ibp.ac.cn
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PLATFORM OF MATERIALSGENOME RESEARCH
LongR&Dcycleshighcosts,ard-to-breakottlenecksinew-materialdevelopment?Theatorm of MaterialsGenome Researchappliesthematerials-genome engineeringconcept,integrating materialscomputing，big-dataprocessng,high-throughputsynthesis&characterization,and high-throughputtechnologyR&Dtooffercompaniesservicesinnew-materialdiscovery,generic technologydevelopment,andanalytical testing.
Leveragingtheinstitutional strengthsofthe InstituteofPhysics,theplatformtargets international frontiersdtioaldsringutgedtredtopfullinteilse. Bytakingonmajors&Tmissionsitsupportsinnovationdeliversigh-impactresults,andhas becomean integrated innovationplatformfortacklinggrandchallengesincondensed-matter physics.
Three Core Sub-platforms:Multiple Research Directions To Cut Cost And Boost Efficiency
Byresearchdirectionandfunction,theplatformissubdividedintotheMaterialsComputing&Data Processing Sub-platform,the High-ThroughputMaterialsPreparation&RapidTesting Sub-platform andtheHigh-ThroughputTechnologySupport&R&DSub-platform.
Computerionand MterialsCgyDivistion Compotatenalsotware Datb-Placessing MaterialsData Database System Technology Division Laser Coating Cluster PaefomofMaterials Sixgle-mentahinim MolecularBeam EpitaxyCoatingCluster High-Throughput Materials "One-Stop"CVDCluster Preparationand AlloyMaterials Rsud-Detection Experimental Station RapidCharacterizationInstrumentCluster Single-Crystal Bulk MaterialsExperimental AlloyScreeningCluster Station AlloyPerformanceOptimizationCluster High-Throughput MGI Technology Technology SupportStation AlloyDevicePreparationCluster Susub-rtandr&D MGITechnology High-ThroughputSynthesisandCharacterizationCluster IntegrationStation forFunctional BulkMaterials MGI Technology Solid-PhaseSynthesisSingle-Crystal Bulk InnovationStation MaterialsCluster High-Temperature,High-PressureSingle-CrystalBulk MaterialsSynthesisand ProcessingCluster
Empowering Key Industries To Break Technology Bottlenecks
Thissystemoducedna'sistullselowned,"complete"art-stemmodel,A2. releasedopen-sourcein2023.Themodularframeworkcoupleseightcomponentmodels: atmosphereeanaice,ldfacegetatiomicsools&tmosericstry terrestrialbogeochemistryndmarineogeochemistryeparateice-sheetsolar-terrestrialand solid-Earthmodulesarealsoincluded.Atmosphericandland-surface gridsrundownto25kmwith 69vertical levels;theoceangrid reaches10km.CAs-EsM2.0joinedCMiP6and ranksamong the world'sbestinsimulating tropical windsand ENsO;itsoutputispostedontheCMiP6webportal and citedinthe IPCCSixthAssessmentReport.
Strong Teams For Outstanding Research Achievements
Committedtobuildingatalentpipeline, theplatformnowhostsl2researchteams withmorethan60staff.Teamsledby ResearcherGUo Jiandong,WENG Hongming,JINKui,LIUanhui,andGUO Jiangang leverage long-termmaterials expertisetoprovidecompanieswith full-spectrumsupportfrombasic researchtoprocessimplementation.
| ResearchTeam | ResearchDirection |
| TeamofResearcher GUOJiandong | ResearchonNovelQuantumMaterialsand QuantumPhenomenaRegulation |
| Teamof Researcher WENG Hongming | Computational ResearchonTopological QuantumMaterials |
| TeamofResearcher JINKui | Researchon High-Temperature SuperconductingMaterials |
| Teamof Researcher LIUYanhui | ResearchonAmorphousAlloyMaterials |
| Teamof Researcher SUNJiangang | ResearchonSiliconCarbide SemiconductorMaterials |
Theplatform hasdeliveredmajorachievementsand breakthroughs:creationand validationof ultra-high-performanceall-Mg-basedthermoelectricmaterialsanddevices;theproprietary materials-sciencedatabaseAtomly;GPTFF,aready-to-use,graph-structuredeep-learning force fieldforinorganiccompounds;newporousmaterialsviahigh-throughputvapor-phasede-allying; novelsoft-magneticamorphousaloysthroughcompositioncontrol;anin-housefour-probe scanning tunnelingmicroscope;and theworld-first growthof high-quality4-6-inch p-type Sic singlecrystalsbytop-seededsolutiongrowth.
TogetherwithTankeHeldaandCrystalLaticeField,theplatformhasestablishedtheBeijingKey LaboratoryofSilicon-CarbideSemiconductorMaterialstosolvethedomesticshortageof8-inch 4H-SiCwafers,settingamodelforthewide-band-gapsemiconductorindustryandaccelerating the healthy,rapiddevelopmentofChina'sthird-generationsemiconductorsupplychain.
Open ForSharing-partnerWith Us Now
ThePlatformof MaterialsGenome Research isnowinfulloperation;allthree sub-platformsareopen forshared use.Usersarewelcome tocontactus forbookings.
Contacts
Contact Person:Guo Rui Tel:+86-10-8264-9464 Email:guorui@iphy.ac.cn
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