Digital Events Hub

Whether you're a seasoned researcher, a curious student, a science enthusiast, or a health care professional, the Wiley Digital Events Hub is here to help you expand your knowledge.

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LIVE ON: Thursday, April 23, 2026

Explore how iPSC‑derived pancreatic duct‑like organoids enable human‑relevant drug safety and efficacy testing.

Learn how a streamlined 30‑day PDLO differentiation workflow delivers high purity, functional CFTR activity, and translational relevance.

Gain insights into using automated, quantitative protein analysis to improve reproducibility and scalability in organoid research.

LIVE ON: Thursday, April 23, 20.26

Discover how competitive sport can act as a high-performance testbed for innovation in motion analysis, wearable sensing, and machine learning. Using real projects from McGill’s MOTION Lab in running, cycling, and ice hockey, Dr. Philippe Dixon will show how sport-driven research translates into better performance prediction, product design, and rehabilitation strategies across research, clinical, and commercial settings.

LIVE ON: Wednesday, April 22, 2026

Learn strategies for building successful outsourcing partnerships with CROs, 3PLs, and CDMOs

See how modular and single-use facilities enable rapid scale-up and multi-product readiness

Gain Insights on methods for mastering regulatory trends, cost control, and sustainable supply chain management

LIVE ON: Thursday, April 23, 2026

Discover emerging CAR‑NK strategies that address barriers from cytokine‑activated and armored NK cells to CRISPR‑guided engineering of next‑generation CAR‑NK therapies. 

Hear new data on NK‑based immunotherapy for pancreatic, ovarian, and other difficult‑to‑treat cancers, plus a novel approach using engineered gut‑derived bacteria to drive anti‑tumor immunity.

LIVE ON: Thrusday, April 23, 2026

Learn how multiparametric flow cytometry supports multiple myeloma diagnosis and sensitive MRD detection in clinical practice.

Understand best practices for optimizing myeloma flow assays, including considerations for anti‑CD38 therapy.

See how automated sample preparation with CellMek can improve workflow efficiency, accuracy, and reproducibility in the lab.

LIVE ON: Friday, April 3, 2026

Learn how updated ferritin and iron index thresholds improve early detection of iron deficiency.

Explore key factors for designing effective and targeted iron deficiency screening strategies.

Gain insights into tailoring iron therapy, including when to use oral vs. IV options and how they compare in speed, tolerability, and adherence.

LIVE ON: Monday, April 13, 2026

Learn practical RP‑LC strategies to overcome peptide solubility, adsorption, and impurity‑separation challenges.

Explore a systematic method‑development approach using tirzepatide to optimize gradients, pH, temperature, and column chemistry.

Gain insights into how bioinert hardware and advanced stationary phases improve recovery, robustness, and quantitative reliability.

LIVE ON: Thursday, April 1, 2026

(German Language Webinar)

In diesem Webinar diskutieren wir die Möglichkeiten des Granular Flow Module für die Analyse des Verhaltens granularer Materie. Dabei werden verschiedene Funktionen des Moduls beleuchtet und mögliche Anwendungsbereiche vorgestellt.

Explore single‑chip multiomics using VINPix arrays and AI for simultaneous gene, protein, and metabolite detection.

Gain insights into tumor microenvironment profiling, including subcellular predictions of drug resistance and immune cell states.

See how advanced biosensing and sequencing technologies enable applications from autonomous ocean monitoring to MHC‑tethered peptide discovery.

Learn about the capabilities of the COMSOL Multiphysics® software and its add-on modules for designing power electronics.

Get an overview of the specialized functionality in the add-on AC/DC Module for modeling a variety of capacitors and power magnetic devices.

Explore how unified imaging and AI‑driven analysis enable scalable, reproducible Organ‑on‑Chip studies.

Gain insights into using routine and high‑resolution imaging to translate chip data into quantitative, biologically meaningful results.

Explore the latest advancements and challenges in environmental toxicology. 

Discover innovative solutions designed to safeguard our environment and promote a healthier planet for future generations.

In this webinar we will discuss functions and identification of lung epithelial cells, the interaction between lung epithelial cells and CD4+ T cells, and the development of allergic airways neutrophilic disease.

Learn how dimensional analysis reveals inconsistencies and unrealistic detection limits in current CRISPR assay literature.

Explore advances in CRISPR specificity testing and novel microfluidic assays, including electric‑field‑controlled ITP platforms.

Understand how the ACR LN guidelines were developed.

Recognize and manage progressive or refractory LN.

Coordinate multidisciplinary care to improve outcomes, reduce toxicity, and support long-term patient-centered management.

Identify the newest developments in TKI therapies and their clinical implications.

Evaluate when to initiate targeted treatment based on disease stage and patient characteristics.

Incorporate emerging data into practice to improve patient outcomes and align with evolving standards of care.

Learn how to scale data-driven decision-making across scientific and engineering teams.

See the role of leadership, training, and accessible tools in democratizing analytics.

Understand emerging trends shaping digital ecosystems in the chemical and life sciences sectors.

Learn strategies to supercharge cell line productivity using genome editing and smart screening.

See how intensified upstream processing boosts yield, consistency, and compliance.

Explore methods for leveraging production to deliver customized solutions and in-process quality control.

Learn how additive manufacturing overcomes the design limits of traditional electrical steel laminations.

Understand how 3D magnetic circuits reduce eddy current losses and enable higher power density.

Explore emerging machine architectures and real‑world applications, including aviation electrification, and the future of soft‑magnetic AM materials.

(German Language Webinar)

Erfahren Sie in diesem Webinar, welche Produkte betroffen sind, welche Anforderungen und Fristen gelten und welche Konsequenzen bei Nichteinhaltung drohen. Wir zeigen praxisnah, wie Sie die Vorgaben erfüllen und wer Sie dabei unterstützen kann. Ideal für Fach- und Führungskräfte in Produktentwicklung, IT und Compliance.

Learn how cryo‑ET reveals macromolecules in their native cellular context.

Discover how 3D reconstructions can be turned into quantitative, mechanism‑level models.

Explore where cryo‑ET fits among nanoscale imaging techniques, including its strengths and limits.

Learn how spinning disk confocal technology delivers both speed and clarity.

Discover how BC43 benchtop systems capture multi-channel z-stacks and tile scans in record time.

Explore Imaris for powerful 3D/4D visualization, automated tracking, and publication-ready figures.

Learn the evolution of antiretroviral therapy from complex multi-pill regimens to today's streamlined treatments.

See cutting-edge innovations in HIV prevention, including PrEP and long-acting therapies.

Explore the future of HIV treatment, prevention, and the pursuit of a cure.

Learn how customized machine vision and automation solutions address defense‑industry requirements.

Understand how AI‑driven and autonomous technologies improve efficiency, safety, and responsiveness.

Gain insights into collaboration models and key regulatory and security considerations.

Understand the limitations of conventional MR for probing in‑vivo metabolism and biochemistry.

Explore how deuterium MR overcomes signal‑to‑noise challenges to enable metabolic imaging.

Gain insights into recent advances and applications of deuterated tracers for studying metabolism in vivo.

Explore cutting‑edge spatial biology techniques for analyzing the tumor microenvironment.

Gain insights into the role of intratumoral B cells and tertiary lymphoid structures in anti‑tumor immunity.

Understand how multispectral imaging and spatial transcriptomics are advancing immunotherapy research.

Understand how spatial genomics resolves cellular heterogeneity within native tissue context.

Explore standardized, high‑throughput workflows supporting FF and FFPE spatial transcriptomics at scale.

Gain insights into how platforms like Visium and Xenium enable reliable, high‑resolution spatial data generation.

Understand why consistent standardization is essential for reliable spectral flow cytometry across instruments, sites, and time.

Explore how Sony’s standardization feature delivers equivalent signals across platforms and PMT voltage settings.

Gain insights into improving efficiency and data confidence by reusing spectral references and reducing variability.

Learn to identify high-impact opportunities to reduce your lab's environmental footprint.

Explore ways to implement cost-effective strategies that cut waste, energy, and emissions.

Create actionable roadmaps for immediate sustainability improvements.

Learn how to use AI on imaging data to extract numerical information.

Explore ways to use shortcuts to label data faster and set up training with the best conditions.

See how you can shorten instrument time by generating data or using image enhancement with AI.

Understand the concept of smart microscopy.

Explore real-time neural network-based detection.

See how adaptive imaging accelerates biological discovery.

Understand why traditional protein analytics are insufficient for complex nanoparticle‑based APIs.

Explore how high‑throughput DLS supports efficient screening and selection of orthogonal techniques.

Gain insights into how combining complementary methods improves size characterization and data interpretation for colloidal dispersions.

Discover the future of imaging at our upcoming event, where the latest advances in microscopy will be brought into focus. This is your opportunity to connect with leading experts, explore groundbreaking techniques, and witness the unveiling of next-generation microscopy technologies that are redefining the boundaries of scientific discovery and industrial innovation.

Understand how AI is transforming cybersecurity through faster threat detection and automated response.

Learn real‑world applications of AI in cyber defense, including anomaly detection and predictive threat modeling.

Gain insight into the risks and ethics of AI in security, and how to balance automation with accountability.

Learn practical methods to reduce variability, prevent contamination, and improve reproducibility in cell‑based assays.

Understand how sustainable lab materials and practices can reduce environmental impact without compromising performance.

Gain insight into scalable bioprocessing strategies supporting Cell and Gene Therapy from R&D through clinical manufacturing.

Understand how AI‑driven and conventional image processing tools can overcome noise, annotation, and visualization challenges in life sciences data.

Learn how Amira Software’s denoising and AI‑assisted annotation tools improve data quality and analysis accuracy.

Gain insight into efficient 2D, 2.5D, and 3D segmentation workflows for more reproducible imaging results.

Understand why sodium‑ion batteries are a low‑cost, abundant complement to lithium‑ion systems.

Learn how closed‑loop modeling, machine learning, and automation accelerate sodium electrolyte discovery.

Gain insight into how bio‑derived hard carbon anodes can be tuned to improve battery performance.

Learn to save time, cost and effort by obtaining spatial insights on activation markers in real-time.

Maximize the information you gain in high-throughput screening by combining high-parameter spectral and imaging.

Accelerate your research in translational, drug discovery and biomarker discovery.

Understand how immunotherapies, especially CAR‑T cells, enable precise, targeted cancer treatment.

Learn how CAR‑T cell design links specific tumor antigens to immune‑mediated tumor killing.

Gain insight into the need for rapid, flexible cell phenotyping tools to support advancing cell therapy development.

Gain insights on the Issues and potentials for examining microenvironmental interactions with erythroid cells in bone marrow.

Learn how to synergize single cell assays by integrating morphology and fluorescence analysis on the same cell.

Understand the advances in computer analysis with the inherent analytical power of human visual processing to manage the high dimensionality of IFC data.

Join us to discover how the ZEISS end-to-end spatial biology workflow, with integrated StreptaClick® Assays from Kromnigon, accelerates biomarker validation and preclinical studies.

Understand General Fusion’s magnetized target fusion and spherical tokamak compression.

Learn how COMSOL Multiphysics® enabled LM26 design, validation, and operation.

Gain insight into Bayesian inference and diagnostics used to reconstruct plasma equilibrium and temperature.

(German Language Webinar)

Innovative Unternehmen präsentieren hier Karriere- und Beschäftigungsmöglichkeiten in ihren Berufsfeldern. Sie richten sich an Physikerinnen und Physiker, an Studierende in MINT-Fächern sowie an Young Professionals und Berufserfahrene.  Teilnehmende der virtuellen Jobbörse erhalten die einmalige Gelegenheit, sich über potenzielle Arbeitgeber zu informieren.

Discover how this versatile platform supports proton and 15+ X-nuclei analysis, enabling comprehensive molecular characterization with minimal user intervention.

(German Language Webinar)

In diesem Webinar behandeln wir die Grundlagen der Plasmonik und Metamaterialien und zeigen, wie diese mit der COMSOL Multiphysics® Software simuliert werden können.

Understand how you can upgrade your microscope to an economical confocal imaging system without the need for expensive lasers and equipment.

Discover modern approaches to biological imaging, including how to apply best practices and streamline workflows in confocal imaging.

See how cloud scalability enables Monte Carlo studies, parameter sweeps, and large-scale models with higher throughput.

Gain practical insights from real-world case studies, including methodology and key performance metrics.

(German Language Webinar)

In diesem Webinar sprechen Zippsafe-CEO Carlo Loderer, unsere Nachhaltigkeitsexpertin Anna Düggelin und der Spitalplanungsspezialist Urs Baumberger darüber, wie innovative smarte Spindlösungen bislang ungenutztes Potenzial freisetzen. Durch eine Platzersparnis von bis zu 70 % senkt das System nicht nur Bau- und Betriebskosten, sondern trägt auch zu messbaren CO₂-Einsparungen bei.

Learn about real-time process optimization, predictive maintenance, AI-drive decision-making, resource-efficiency, along with safety, compliance, and innovation in the field.

Gain insights into emerging challenges posed by novel psychoactive substances (NPS) and traditional drugs of abuse, and their impact on forensic toxicology workflows.

Learn how LC-MS/MS can increase efficiency and reliability in routine casework while improving confidence in results.

Explore how human stem cell–derived organoids are transforming drug safety testing and preclinical decision‑making.

Gain insights into ethical and governance frameworks needed to responsibly advance stem cell and genome‑editing technologies.

Prepare for how AI will impact your career in programming.

Know what skills are valuable in the current software job market.

Understand what is changing when AI can code, and what is staying the same.

Explore practical approaches to achieving stability across pharmaceutical development, manufacturing, and lifecycle management.

Explore how modern medicinal chemistry leverages cheminformatics, artificial intelligence, and machine learning to drive innovation in drug design, enhance precision in targeted delivery systems, and accelerate drug repositioning strategies for more efficient and effective therapeutic development.

Unlock cutting-edge insights into how Spatial Biology is revolutionizing research in Cancer and Immunology.

Explore innovative techniques and breakthrough discoveries that are shaping the future of biomedical science all from the convenience of a virtual experience.

Discover how innovative mineral characterisation techniques are transforming geoscience workflows.

Explore building high-quality quantitative datasets, leveraging Deep Learning Neural Networks for faster, more consistent mineral classification, and integrating data across platforms.

Learn how to optimize donor grafts for maximum anti-leukemia effect with minimal toxicity.

Understand why these cell populations outperform traditional approaches in preventing relapse and GvHD.